DAFTAR PUSTAKA. B. Prosiding Seminar Nasional dan Dialog Slimberdaya Laban Pertanian

~~~oslstem

Tropika

~i

lokal atau pedesaan sangat penting ngkatkan luas tanam dan produktivitas eli Bali adalah warisan budaya yang sangar In lokal. Terbllkri dengan pemelih.ra.n ,ucannya serra pengaruran yang baik unruk -.ngar efekdf memelihara kelescarian sisrcm ingga selama musim kemarau tidak pernah

dapkan pad a rantangan yang lebih berat In iklim global yang dapat menciprakan oprimal dengan tingkat ceka man yang peningkatan produksi ranaman sudah ,aya peningkatan produksi telah dibatasi In. Periuasan areal tanam (ekstensifikasi) ub-opti mal dengan kendalanya yang akan yang harus dipikul dunia pertanian sangar ,n komunikasi Iintas disiplin , penggalian ~gemba ngan SDM dan riser yang terarah pengembangan teknologi budi daya yang ~ tersebut akan lebih mudah untuk dicapai

DAFTAR PUSTAKA

Abdllrahman A, Mulyani A, Heryani N, Irianto G. 2004. Analisis perkembangan sumberdaya lahan dan air dalam rangka peningkatan ketahanan pangan. Prosiding Seminar Widyakarya Pangan dan Cizi, Jakarta. Abrllna-Rodrigllez F, Vicente-Chandler J, Rivera R, Roriguez J. 1982. Effect of soil acidity factors on yield and foliar composition of rropical root crops. Soil Sci. Soc. Am. J. 46: I 004- 1007. Ahmad A, Diwan H, Abrol YP. 2010. Global Climate Change, Stress and Plant Productivity. In Pareek A, Sopony SK, Bohnert H] (eds.), Abiotic Seress Adaptation in Plants, pp 503-521. Springer Link. Achmadi, Indrayari L, Hairani A. 2008. Pemanfaatan Biohlrer untuk Memperbaiki Kualitas Air di Lahan Sulfar Masam Potensial Tipe Luapan B. Prosiding Seminar Nasional dan Dialog Slimberdaya Laban Pertanian. Bogor, 18-20 November 2008. Accevedo E, Fereres E. 1993. Resistance ro abiotic srress. in Hayaward MD, Bosemark NO, and Ramagosa I (eds) . Plant Breeding Principles and Prospect. London: Chapman and Hall. pp. 405-421. Agalou A, Purwanromo S, Overnas E, Johanesson H , Zhu X, Estiati A, de Kam RJ , Engstrom P, Siamet-Loedin IH, Zhu Z, Wang M, Xiong L, Meijer AH, Ouwerkerk PBF. 2008. A genome wide survey of HD-Zi p genes in rice and analysis of drought relponsive family members. Plant Mol. BioI. 66: 87-103. Aggarwal PK. 2003. Impact of climate change on Indian agriculture. J Plant Bioi. 30: I 89-198.

,

Daftar Pustaka Agustina K. 20 I I. Fisiologi Adaptasi Sorgum (Sorghum bieolor L. Moench) terhadap Toksisitas Aluminium dan Deflsiensi Fosfor di Tan.h Masam [Disertasi]. Sekolah Pascasarjana IPB, Bogor. Agustina K, Sopandie D, Trikoesoemaningtyas, Wirnas D. 2010. Tanggap flsiologi akar sorgum (Sorghum bieolor L. Moench) terhadap cekaman aluminium dan deflsiensi fosfor di dalam rhizotron. J. Agron Indonesia. 38(2):88- 94. Ahn

YJ,

Zimmerman J L. 2006. I ntroduction of the carrOt HSP 17.7 into potato (Solanllm tuberoSllm L.) enhances cellular membrane stability and tuberization in vitro. P/tlnt Cell Environ. 29: 95-104.

Alam SM, Naqvi SSM, Ansari R. 1999. Impact of Soil pH on Nutrient Uptake by Crop Plants. In Pessaraldi M (ed). Handbook of P/tlnt and Crop Stress. 2'" ed. Marcel Dekker. Alihamsyah T, Sarwani M , Ar-Riza I. 2002 . Komponen Utama Teknologi Optil11nalisasi Lwan Pasang Surut Sebagai Sumber Pertumbuhan Produksi Masa Depan. Prosiding Seminar IPTEK Padi, Pekan Padi Nasional, Sukamandi 5 Maret 2002. Alihamsyah T, Sarwani M, Jumberi A, Ar-Riza I, Noor I, Sutikno H. 2003 .

Lahan Rawa Pasang SlImt: Pendllkung Ketahanan Pangan dan 511mb" Pertltmbllhan Agribisnis. Banjarbaru: Balai Penelitian Pertanian Lahan Rawa.

Allen JF. 1995. Thylakoid protein phosphorilation, state l-state2 transition and phorosysrem sroichiomerry "adjusrrnencredox control at multiple levels of gene expression. Physio!. Plant. 93: 196- 205. Allen LH J r, VU JCY, Valle RR, Boote KJ, Jones PH .1988. Nonstructllral carbohydrates and nitrogen of soybean grown under catbon dioxide enrichment. Crop Sci. 28:84- 94. MR,

or

Amthor )S. 1984. -n,e role of maintenana

Cell Environ. 7:561-569. Anderson) M, Chow WS, Park Yl. 1 99 ~ . 11 accliMation of the photosynthetic "I Photosynthesis Res. 46: 129- 139. Anderson )M. 2000. StrategiEs of pi acclimation. P284-291. Dalam Yun Probing Photosynthesis. MechanismJ nJ Taylor & Francis. Aniol A. 1990. Genetics of tolerance

10

aestivllm L TIle1l). P/tlnt and Soil 113: Anwar K, Alwi M. 1994. Peng.ruh peillb pertumbuhan dan hasil kedel ai di tipe C. Dalam Risalah Hasil Pene . Balirran , Banjarbaru. Anwar K, Noor M. 1994. Pengaruh pernb pertumbuhan dan hasil kedelai di In Risalah Hasil Penelitian Kaelin; Banjarbaru. Anwar K. 2008 . Peranan Mulsa dan Pu Produktivitas Tomat pada Musim

Ingram . 2002. Constraint on future changes in climate and the hydrologic cycle. Natllre. 419 :224-232.

Iva AK, SUl.1 mer ME. 1990. Amelioration in acid soil infertility by phosphogypsum. P/tlruSoi!' 128:127-134.

-

Amnal. 2009. Respon Fisiologi Bebera.,.. Besi [Tesis]. Sekolah Pascasarjana. I"

WJ

-\lva AK, Edward DG, Asher C), Suthipradit S. 1987. Effects of acid soil fertility rJCtors on growth and nodulation of soybean. Agron J. 79:302306.

6

Alves de Alvarenga A, de castro EM , de MM. 2003. Effects of different lidphorosynresis Croton Ufucurana R.Arvore, Vieosa-MG. 27:53- 57.

Prosiding. Seminar Nasional dan D

•

Bogor, 18-20 November 2008. Bu1:u Rawa. Balai Besar Penelitian dan P Perranian. Badan Penelitian dan Per. ~

Arihara A, Kumagai R, Koyama H, O jima ca rrot (Dallcus earota L.) plants regc_

Soil Sci. P/tlnt Nlltr. 37:699-705.

Daftar Pustaka

.u. Gisi Sorgum (Sorghum bieolor L. Moench)

P m dan D efi siensi Fosfo r di Ta nah M asa m ruu =jana IPB, Bogor. . oemanin gtyas, Wirnas D . 20 10. T anggap .7,hum bieolor L. M oench) terhadap cekaman . iosfo r di dalam rhizotro n. J. Agron fndonma.

Al ves de Al varenga A, de castro EM , de Castro Lima junio r E, Magalhaes MM. 2003. Effects of different light levels o n th e initial growth and pho tosyntes is o f C roton urucurana Baill.

In Southeastern Brazil.

R.Arvo re, Vieosa-MG. 27:53-57. Amna!. 2009. Respo n Fisiologi Beberapa Varietas Padi Terhadap C ekam an Besi [T esisl. Sekolah Pascasarjana. Institut Pertanian Bogo r. Amtho r j S. 1984. The rol e of maintenance respiratio n in plant growth. Plant

H SPI 7 .7 into h f ()6. Introducti o n 0 t e carrot .. d ,,,. L.) enhances cellular membrane stablh ty an

''I' Cell Environ. 29 : 95-104. Pessa ra

I

.

-d Dekker.

i --\t-Riza I. 2002 . Kompo nen Uta ma T eknolog . S Sebagai Sumber Pertumbuhan P.sang urut . IPT'EK Padi Pekan Padi ' 1. ProSl'd'mg Semmar , ~Iaret 2002 . . A Ri I Noo r I Sutikno H. 2003. Jumben A, r- za , , d 5 b

'urut. Pendukung Ketahanan Pangan an um er

4J.

. . b . B I . Penelitian Pertanian Lahan Ban Jar aru . a al

h 'l t'lon state l ~s (ate2 u ansirion I rore lO p -IOSp on a , . I _~. " d' srmeneredox control at mulup e Ullometry a JU . on. Physiol. Pla nt. 93: I 96-205. PH 1988. No nstructutal ,lle RR Boote KJ , J o nes · . .d ,itrogen' of soybean grown under carbo n dl oxl e .

I

28 :84-94. Constraint o n furure c h ang

es in climate and th e

rure. 4 I 9:224-232.

· d' S 1987 Effects of acid soil I ,\sher CJ, S U(llpra It . · . 02rowth and nodulatio n of soybean . Agron J. 79.3

S. 1990 . Amelioratio n

A nderso n j M, C how WS, Park Yl . 1995 . 11,e grand design of pho tosynthesis accliM ati o n of th e pho tosynthetic appara tus ro enviro nmental cues.

'I H o n N utrient S f sari R. 1999. Impact 0 01 P . M (ed) Handbook of plant and \d _ In

Cell Environ. 7:56 1-569.

in acid soil infertility by

Photosynthesis Res. 46: 129- 139. Anderso n jM. 2000. StrategiEs ' of phOtosyntheti c adaptatio ns and accl imat io n. P284-29 1. Dalam Yunus M , U Pathre, P Mo hanty (eds) . Probing Photosynthesis. Mechanisms, regulation and adaptation. London: Taylor & Francis. Ani ol A. 1990. Ge neti cs of tO leran ce to aluminium in wheat (Triticum nestiv"m L 111ell). Plant and Soil. 123: 223-27. Anwar K, Alwi M . 1994 . Pengaruh pemberi an kapur dan fosfat terh adap pertumbuh an dan has il kedelai di lahan pasa ng Slirut sui fat masam tipe C. Dalam Risalah H as il Penelitian Ka cang- kacan ga n 1990- 1993. Balittall , Banjarbaru. Anwar K, Noo r M . 1994. Pengaruh pemberi an kapur dan fosfat terhadap pertulllbuhan dan has il kedelai di laban pasang surut sul fat masam. [n Risalnh Hasil Penelitian Kaeang-kaeangan 1990-1993. Balittan, Banjarbaru . An wa r K. 2008. Peranan M ulsa dan Pupuk Kandang dalam M enin gkatkan Produkti vitas T o mat pada M usim kem arau di Kawasan Rawa PLG.

Prosiding. Sem inar Nasional dan Dialog Surnberdaya Lahan Pertanian. Bogo r, 18-20 Nove mber 200 8. Buku IV. T ekn ologi Pengelolaan Lahan Rawa. Balai Besar Penelitian dan Penge mbangan Sumberd aya Lahan Pertanian. Badan Penelitian dan Pen gembangan Pertanian . Arihara A, Kum aga i R, Koyama H , O jima K. 199 1. Aluminium-toleran ce of ca rrot (Da ucus carota L.) plants rege nerated from selected ce ll cultures.

Soil Sci. Plant Nutr. 37:699-705.

IantSoil. 128: 127- 134 .

167

Daftar Pustaka Arus P, Moreno-Gonz.1Ies j. 1993. Marker Assisted Selection. I n Plant Breeding: Principles and Prospect. M.D. Hayward, N.O.Bosemark, I. Romagosa. (Eds.). London: Chapman and Hall.

Balai Penelitian dan Pengembangan D"J Aksi Pernanrapan Kerahanan Panl Beras, jagung, Kedelai , Gula, dan Deptan.

Asadi B, Arsyad DM. 1995. "Pangrango" a new soybean variety for intercropping with maize. Food Legllme Coarse Grain, Network Newsletter. 33: 15- 18.

BareajM , Pozo Mj, Azcon R, Azcon-Aqu in the rhizosphere. j. Exp. Bot. 56(4

Asadi B. Arsyad DM , Zahara H, Darmijati. 1997. Pemulian kedelai untuk toleran naungan. Buletin Agrobio. 1(2): 15-20.

Barrera-F igueroa B, Pen a-Castro j, Ac( Xoconostle-Cazares B. 2007. Isolati(

Ashraf Mj , HR Athar, PjC Harris, TR Kwon. 2008. Some prospective strategies for improving crop salt tolerance. Adv.Agron. 97:45-110. Ashraf M. 20 I O. Inducing drought tolerance in plants: Recent advances. Biotechnol.Adv. 28: 169-183. Atkin OK, Macherel D. 2009. The cruscial role of plant mitochondria in orchestrating drought tolerance. Annals of Botany. 103: 581-597. Adin GN, Lafitte HR. 2002. Marker-assisted Breedinmg versus direCt selection for drought tolerance in rice. I n Saxena, N. P. (ed.) International Worksbop 011 Field Screeningfor Drollght Tolerance in Rice. International Crops Research Institute for the Semi-Arid Tropics, Patancheru , India, pp. 7 1-81. Adin GN, Lafitte r, Venuprasad R, Kumar R, Jongdee B. 2004. Heritability of rice yield under reproductive-stage drought srrcss, correlations across stress levels, and effects of selection: Implications for drought tolerance breeding. ClMMYTIDroughtiRockefelier Foundatioll Workshop 2004. Austin RB, Bingham j , Blackwell RD, Evans LT, Ford MA, Morgan CL, -I 'aylor M. 1980. Genetic improvement in winter wheat yields since 1900 a " d associated physiological changes. j. Agric. Sci. 94:675-689. Aung r. 2006. Physiological Mechanisms of Iron Toxicity Tolerance in 1 ,\VIand Rice [Thesis]. Faculty of Agriculture Rheinische Friedrich-

'V Ihelms-Universidit Zll Bonn. Austin RB. 1993. Augmented yield-based selection. In Hayaward M D, B .emark NO, and R.1magosa I (eds). Plant Breeding Principles and P 'pect. London: Chapman and Hall. pp. 391-405. Bahar

k.

I

jS , Suardi D, Las I. 1993. Hubungan iklim dengan pertumbuhan

hi. DaJarn Somaannadja 5, Ismunadji M, Sumarno, Syam M, Iv durung SO, Yuswadi (eds.). Kedelai. pp.87- 102. Bogor: Balitbangtan, PI Itbangtan.

168

in adroughr tolerant common bean

late embryogenesis abundant mRNA

Functional Plant BioI. 34:368-381. Bartels D. 200 I. Targeting detoxificati( to obtain plants with multiple seress 286. Bartels D. 2005. Desiccation toleran« Craterostigma plantagineum. {ntegraJ Banels D, Sunkar R. 2005. Drought an

Plant Sci. 24:23-58. Basu U, Good AG, Aung T, Slaski Jj, So A 23-kOa, root exudate polypepl resistance in Triticum aestivum. Pbt Benner Rj , Breen CM. 1993. AJumin uIl of how plants roots reaCt to the ph, of Plant Mineral Nutrition. Randall j R (eds.). PI'. I 03-116. Kluwer Acadi Bianchi-Hall CM, Carter TE, Bailey ~ H R, Arelano C, Burton jW. 199 . ot aluminium rolerance derived tn 38:513-522. • Bidinger FR. 2002. Field screening f". illustrations. In: Saxena NP (ed.) 1,,'4 for Drought Tolerance in Ria. In tern the Semi-Asid Tropics, Patancheru. Biswal B, Biswal Uc. 1999. Phorosmtl • adaptive response of chloroplast. P31

Book ofPlant fllld Crop Stress. '"" 1

Daftar Pustaka Marker Assisted Selecrion. In Plant M. D. Hayward, N.O. Bosemark, I. !man and Hall. grango" a new soybean variery for pme Coarse Grain, Network Newsletter.

Balai Pe nelitian dan Penge mbangan D epan emen Pertanian. 200S. Rencan a

Aksi Pemantapan Kerahanan Pangan 2005-2010. Lima Komoditas; Beras, Jagung, Kedelai, Gula, dan Daging Sapi. Jakarta: Balitbangtan Deptan. B. rea J M, Pow MJ , Azcon R, Azcon-Aqui lar C. 2005. Microbial co-operation in the rh iwsphere. j. Exp. Bot. 56(4 17): 176 1- 1778.

rmijari . 1997. Pemulian kedelai untuk 1(2) : 15-20.

Barrera-Figueroa B, Pena-Castro J, Acosta-Gallegos JA, Rui z- Medrano R, Xoconostle-Cazares B. 2007. Isolatio n of dehydratation-respo nsive genes

TR Kwo n. 2008. Some prospecrive tolera nce. Adv.Agron. 97:45- 11 0.

in adroughr tolerant co mmo n bean culri va r and ex press io n of a gro up 3 late emb ryogenes is abundant mRNA in to le rant susceptible bea n culrivar.

tolerance in plants: Recent adva nces. truscia l ro le of plant mitocho ndria in

'Ilnnals of Botany. 103: 58 1-597. ocr-ass isted Breedinmg ve rsus direct

rice. In Saxena, N. P. (ed.) International )rought Tolerllnce in Rice. Intern atio nal Sem i-Arid T ropics, Patancheru , India, ruma r R, Jo ngdee B. 2004. Heritabili ry ~{age d rought stress, correlatio ns across

Ion: Implicatio ns fo r drought tolerance 1Iufolkr Foundation Workshop 2004.

P, Evans LT, Ford MA, Mo rgan C L, ~men t

in winter wheat yields since 1900 Iges. J. Agric. Sci. 94:675-689. anisms of Iro n T ox ici ty T o lerance in

of Agriculture Rheinische Friedrichd-based selectio n. In Hayaward M D, I (eds). Plant Breeding Principles and Hall. pp. 39 1-4 05. H ubungan ildim dengan pertumbuhan 5, Ismunadji M, Sumarno, Syam M, idelai. pp.87-102. Bogor: Balitbangtan,

Functional Plant Bioi. 34 :368- 38 1. Bartels D . 2001. T argeting detoxificatio n pathways: An effi cient approach to obtai n plants with multiple stress w lerance. Trends Plant Sci. 6:284286. Bartels D . 200 5. D es iccatio n tol erance studied in the resurrecti o n plant Craterostigma plantaginellm. Integrativ Compo Bioi. 45:696-70 I.

Bartels D, Sunkar R. 2005. Dro ught and salt tolerance in plants. Crit. Rev. Plant Sci. 24:23-58. Basu U, Good AG, Aung T , Slas ki JJ , Bas u A, Briggs KG, Taylor Gj. 1999. A 23-kDa, root exudate polypeptide co-segregates with aluminum res istance in Triticum aes ti vum . Pbysiol. Plant. 106:53-6 1. Benn et RJ , Breen C M. 1993. Alum inum toxiciry: towa rd an understandiing of how pla nts roots react to th e ph ysica l enviro nment. In 'Genetic Aspects of Plant Minernl N lltrition. Randall PJ , Delhaize E, Richards RA, Munn R (eds.). pp. 103- 1 16. Klu we r Academic Publ. , Dordrecht. Bianchi -Hall C M, Ca rter T E, Bailey MA, Rufry TW, As hley DA , Boerma HR, Arelano C, Burton JW. 1998. Heritabiliry and resource allocation of aluminium toleran ce deri ved fro m soybea n PI 4 16937. Crop Sci. 38:5 13-522. Bid inger FR. 2002. Ficld screening for d ro u~l1t tolerance- principles and illustratio ns. In: Saxena NP (ed.) Intemational Workshop on FieldScreening for Drought Toferflnce in Rice. Internati o nal Crops Research Institute fo r the Semi-Arid Tropics, Patan cheru , India. pp. 109- 124. Biswal B, Biswal Uc. 1999. Photosynthesis under stress: stress signals and adaptive respo nse of chloroplast. P3 15-336. Dalam Pessa raldi (ed). Hand Book ofPlant and Crop Stress. New York: Marcel Dekker, Inc.

169

•

Daftar Pustaka Blarney FPC. Edmeades DC. Asher CJ. Edwa rds DG. W heeler OM. 199 1. Eva lu atio n of soluti o n culture techniques for stud ying aluminium tox iciry in olants. In W right RJ . Baliga r Vc. M urrmann RP (eds). PlantSoil Inteaction at Low pH. pp. 905-9 12. Klu we r Accademic Publisher Do rdrecht. The Ne therla nds.

Boye-Go ni SR. Marca ri an V. 1985. Diall selected lines o f grain sorghum . Cro) Boyer JS. 1982. Plant prod uct iviry and e Briat J F. Lo brea ux S. 1997. I ro n trasnpol Sci. 2: 127- 193.

Bloo m AJ . Smart D R. Nguye n DT. Sea rles PS. 2002. N itrogen ass imilatio n and growth of wheat under elevated carbon diox ide. Proc Nat Acad Sci USA . 99 : 1730- 1735.

Bro nswij k JJB. N ugro ho K. Aribawa lB. I M odeli ng of Oxygen Transpo rt and Soils.}. Environ. Qual 22 :544-554 .

Blum A. 1997 . C rop res po nses to d ro ught and interpretation of adaptatio n. In Bel hasse n (ed). Drollght Tolerance in H igher Plants. Genetical. physiological and molemlar biology analysis. Kluwer Academic Publishers. 104p.

Bruggeman W. D unbo rn B. 1993. Long I under low light. III. Leaf developmo BPS. 200 I . Statistik Indonesia. Jakarta: Bi

Blum A. 1988. Plant Breeding fo r Stress Enviro nment. Boca Raton. CRC Press. p. 208.

BPS. 2003 . Senslls Pertllninn 2003. Angka Ta ngga (Angka Sementara). Jakarta:

Blum A. 2002. Drought colerance - is it a complex trait? Field screening for dro ught to lerance in cro p plants w ith e mphas is o n ricc. In 'F ield screening fo r drought w ierance in cro p plants wi th emphas is o n rice. Internlltional Workshop on Field Screening for Drollght Tolerance ill Rice: (Eds. N .P. Saxena and J .c. OToole) IC RI SAT. Pata ncheru. Indi a. pp. 17-22.

Brown RA. Rosenberg NJ . 1997. Semi to change in a range of cli matic f. simulat io n study applying EPI C to [ 83: 17 1-203.

Bode K. Doring O. Uithje S. Ne ue H U. Bottger M. 1995. The Role of Active Oxygen in I ro n Tolerance of Ri ce (Oryza sativa L.). Protoplasma. 184:249-255.

Bug bee BG. Salisbury FB. 1988 . Explori I. Photosynthetic efficiency of whea

Bo hnert HJ . Jensen RG. 1996. Me tabolic engineerin g for increasedsalt colerance - The next step. Australian}. PI. Physio!.. 23: 66 1-67.

Bunce JA. 1998. Effect of humid iry on

Plant Physiol. 88:869-878 . conducta nce

Calderini OF. Dreccer MF. SI.fer GA. 19'

Bo hnert HJ . Gong Q. Li p. Ma S. 2006. Un raveling ab iotic stress colerance mechanisms-getting ge nomics going. Cll rr. Opin. Plant BioI. 9: 180-

0 11

Bowen J . M ic hael L-Y. Plummer Kl M. Ferguson IA N. 2002. The heat shock response is in volved in thermo-rolerance in suspension-cultured apple fr uit cells. j. Plant Physio/. 159 :599-606.

bio mass growth , radiati on inrercq

wheat. Field Crops Research. 52. r l -

188.

Syst. 87:249-273.

an increase in caroo

El1viron, 2 1: 11 5- 120.

Bo hnert HJ . Sheveleva E. 1998. Plant stress adap tatiuo ns-making metabolism move. Cllrr. Opinion Plant Bioi. I : 267-274.

Bo uman BAM. Va n Laa r HH . 2006. Descri ptio n and evaluatio n of ri ce growth model O RYZA 2000 under nitroge n limited conditio ns. Agric

[0

Ca mpalans AM. Pages. M esseguer R. 2( ex pressed ge nes by the cD NA-AFLP almond (Prunlls amygdalus). Tru ~ •

Ca margo CEO. 198 1. W hea t breedi"l aluminium tox icity in w heat. BTl/glInt

Ca mejo D . Rodr ',guez p. Morales ~ Alarc'on JJ . 2005. High tem peratun of (Wo (O rn a[o cultivars wirh differeJ"'r

162: 28 1- 289. 170

Daftar Pustaka .
IT Searles PS. 2002. Nitrogen assim ilacion Fl~vated carbon dioxide. Proc Nat Acad Sci !'irought and interpretation of adap[a~ion .. l n

ranee in Higher PiIlnts. Genetical, physIOlogIcal . K1uwer Academic Publishers. 104 p.

for Stress Environment. Boca Raton, CRC e _ is it a complex trait? Field screening for (S with emphasis on rice. I n 'Field screening plants with emphasis o n rice. International for Drought Tolerance in Rice'. (Eds. N. P. R1SAT, Patancheru, India , pp. 17-22.

Boye-Goni SR, Marcarian V. 1985. Diallel analysis of aluminium tolerance in selected lines of grain sorghum. Crop. Sci. 25: 749-52. Boyer JS. 1982. Planr productivity and envi ronment. Science. 281 :443-448 . Briat J F, Lobreaux S. 1997. I ron trasnport and storage in plan ts. Trend PiIlnt Sci. 2:127- 193. Bronswijk )JB, Nugroho K, Aribawa IB, GroenenbergJE, Ritsema C]. 1993. Modeling of Oxygen Transport and Pyrite Oxidation in Acid Sulphate So ils.I Environ. Qual. 22:544-554. Bruggeman W, Dunborn B. 1993. Long term chilling of you ng tomato plants under low light. III. Leaf development as reAected by photosynthesis. BPS. 200 I. Statistik Indonesia. Jakarta: Biro Pusat Statistik. BPS. 2003. Sensus Pertanian 2003. Angka Propinsi Hasil Pendaftaran Rumah Tangga (Angka Sementara). Jakarta: BPS. Brown RA, Rosenberg NJ. 1997. Sensitivity of crop yield and water use (Q change in a range of climatic factors and C02 concentrations: a simu lation stud y applying EPIC to the central USA . Agric Fores Meteor. 83 : 171-203.

:--:eue HU, Bottger M. 1995. The Role of trance of Rice (Oryza sativa L.) . Protoplasma.

Bugbee BG, Salisbuty FB. 1988. Explo ring the limits of crop productivity. I. Phowsynthetic efficiency of wheat in high irradiance enviro nmen ts.

. Metabolic engineering for increasedsalt

Bunce JA . 1998. Effect of humidi ty o n short-term responses of stomatal

IustralianJ. Pi. Physio!., 23: 66 1-67. Plant stress adaptatiuons-making metabolism

Bio!' l: 267-274 . ... S. 2006. Untaveling ab iotic stress tolerance nics going. Cllrr. Opin. PiIlnt Bioi. 9: 180-

'i. 2006. Description and evaluation of rice 000 under nitrogen limited conditions. Agric

~r KIM, Ferguson lAN. 2002. The heat shock lermo-co!erance in suspensio n-cultured apple 159:599-606.

PiIlnt Pbysiol. 88:869-878. conductance to an inc rease in carbo n diox ide co ncentration. Environ, 2 1: I 15- 120.

Plant Cel!

Calderini OF, Dreccer MF, Siafer GA. 1997. Consequences of plant breeding o n biomass growth , radiation interception and radiation use efficiency in

wheat. Field Crops Research. 52, 27 1-28 1. Campalans AM, Pages, Messeguer R. 200 1. Identification of differentially exp ressed genes by the cDNA-AFLP techniqu during dehydratation of almond (Prunus amygdalus). Tree Physio!. 2 1:633-643. • Camargo CEO. 198 1. Wheat breeding. 1. Inheritance of tolerance to aluminium toxicity in wheat. Bragantia. 40: 33-45. Camejo 0, Rodr'lguez P, Morales MA, Dell'amico JM, Torrecillas A, Alarc ' on)J. 2005. High temperature effects on photosynthetic activity of twO to mato culti va rs with different heat susceptibili ty. I PiIlnt Physiol. 162 : 28 1- 289. 171

Daftar Pustaka Campos H, Cooper M, Habben jE, Edmeades GO, Schussler JR. 2004. Improving drought tolerance in maize: a view from industry. Field Crops Res. 90: 19- 34.

Chozin MA, Sopandie 0 , Sasl ge netic of upland rice adaptation

Carradus JR. 1990. Mechanisms improving nutrient use by crop and herbage legumes. In Baligar VC, Duncan RR (eds.) . Crops as Enhancers ofNutrient Use. New York: Acad. Press.

Ministry of Education and Cu·...

Research Grant, URGE Proj«7. C hozin MA. 2006. Peron Ekofoio~ T.

Budidaya Pertanian. Oras. [1m Fakuiras Penanian, Insti(U[

?

Cassman KG. 1994. Breaking Ihe yield barrier. In Proceedings ofthe Workshop on Rice Yield Potential in Favourable Environments, JRRl. Philippines: Los Banos.

Christman A, Weiler EW, Sleucte Eroor-ro-shoot signaling of '''"ate!"

Chalker-Scott L. 2002. Do anthocyan ins function as osmoregulators in leaf tissues? Adv. Bot. Res. 37: 103- 106.

Clarkson DT, Grignon C. 1991 regulation in roots. Dalam ]

Phosphorus Nlltrition of Gram ~ (I nternational Crops Researt: I

Chandler PM , Robertson M. 1994. Gene expression regulated by abscisic acid and its relation to stress to lerance. Ann. Rev. Plant Physiol. Plant Mol. Bioi. 45: 1 13- 141.

Parancheru, India. 49-62.

Chapin FS, Kedrowski RA. 1983. Seasonal changes in nitrogen and phosphorus fractions and autumn rcrranslocarion in everg reen and deciduous taiga trees. Ecology. 64:376-39 1.

Crouch jH, Serraj R. 2002. 0 , '-\, enha ncement of drought 101 drought tolerance in crop planlS

!nt<matiorut! Workshop on Fir!4

Chaturved i GS, Ramn PC, Singh AK, Ram P, Ingram KT, Singh BB , Singh RK, Singh VP. 1994. Carbohydtrate status of rainfed lowland ri ces in relation to submergence, drought and shade tolerance. Dalam Lucknow VP, editor. Physiology ofStress Tolerance in Rice. Philippines: IRRl.

ICRJSAT, Patancheru, India. Crowley DE, Rengel Z. 2000. BioIO)'..· in the Rhizosphere. In Z Ren _

Fundamental Mechanisms and l

Chen THH, Murata N. 2002. Enhancement of tolerance of abiotic strees ny metabolic engineering of beraines and other compatib le solutes. Curro

Inc. Dall'Agnol M , Bouton ]H, Parrol alfa lf., germplasms tolerant of 36:64- 70.

Opin. Plant Bioi. 5:250- 257. C hinnusamy V, jagendorf A, Z hu jK. 2005. Understand ing and imp rov ing salt to lera nce in plants. Crop Sci. 45:437-448. Cho KM, Ranamukhaarachchi, Zoebisch MA. 2002. Cropping System on Acid Sulphale Soil in the Central Plains of Thailand: Constraints and Remedies. DalamAcid Sulphate SoilManagement in Tropical Environmem. 17" WCSS. Thailand. August 2002. Paper No 8 12: 1- 1O. •howdury PK, Thangaraj M, jayapragasam. 1994. Biochemical changes in lowirrad ian ce tolerant and susceptible ri ce cult iva rs. Bioi. Plllntllrum. 36(2):237-242.

• 2 •

de Andrade LRM, Ikeda M, IshizuJa excretion by roots of alumin ium -t varieties under aluminium Stres.s~ Brasilia, v.9. p.27- 34.

•

De Datta S K. 1981. Principl" and john Wiley, pp. 618 . Degenhardt j, Larsen PB, Howell .. Resistance in Arabidopsis M uUJI Induced in Rhizosphere pH. Pill,,'

Daftar Pustaka

R

T. Edmeades GO, Schussler JR. :! ~ maize: a view from industry. FitM

improving nutrient use by crop and herbage ,can RR (eds.). Crops as Enhancers ofNutrient

,yield barrier. In Proceedings ofthe Workshop :avourable Environments, IRRl. Philippines:

locyanins function as osmoregulators in leaf

'3-106.

994. Gene expression regulated by abscisic

'" tolerance. Ann. Rev. Plant Physiol. Plant

. Seasonal changes in nitrogen and phosphorus nslocation in evergreen and deciduous taiga

:h AK, Ram P, Ingram

KT, Singh BB, Si ngh >ohydtrate status of rainfed lowland rices in rought and shade tolerance. Dalam Lucknow 'r o Tolerance in Rice. Philippines: IRRL

Enhancement of wleran ce of abiotic su ees ny letaines and othe r compatib le so lutes. Curro

C hozi n MA, Sopandie D, Sastrosum arj o S, Suwarn o. 1999. Physiology and genetic of upl and rice adaptation to shade. Fina! Report ofGraduate Team Research Grant, URGE Project. Directorate General of Higher Ed ucation, Ministry of Educatio n and Cu lture. C hozin MA. 2006. Peran Ekofisiologi Tanamandalam Pengembangan Teknologi Budidaya Pertanian. Orasi IImiah G uru Besar Tetap IImu Agronomi . Fakultas Pertanian, Institur Pertanian Bogor, 24 Juni 2006. Christman A. We il er EW, Steudle E, G rill E. 2007. A hydrau lic signal in root-to-shoot signal ing of water sho rtage. Plant}. 52: 167- 174. C larkson DT, Grignon C. 199 1. The phosphate transport system and its regul at io n in roots. Dalam Johansen C, Lee KK, and Sahtawat KL (eds.) Phosphorus Nutrition of Grain Legumes in Semi-Arid Tropics. ICRISAT (International Crops Researh Institute for th e Semi Arid Tropics). Patancheru, India. 49-62. C ro uch JH , Serraj R. 2002. DNA ma rker technology as a tool for genetic enh ancement of drought tolerance at IC RI SAT. Field screening for drought ro le ran ce in crop plants with emphas is on rice. Proceedings ofan

International Workshop on Field Screening for drought Tolerance in Rice, ICRISAT, Patancheru , India. Crowley DE, Rengel Z . 2000. Biology and C hemistry of Nutrient Ava ilabiliry in the Rhizospherc. In Z Rengel (Ed.) Minera! Nlttrition of Crops. Fundamental M echanisms and Implications. NY: The Haworth Press, In c.

11u JK. 2005. Understandin g and improving

Dall 'Agnol M, Bouton JH , Parrot WA. 1996. Screening methods to develop alfal fa germp las ms tolerant of acid , aluminium [Oxic so ils. Crop Sci. 36:64-70.

'p Sci. 45 :437-448.

de And rade LRM , Ikeda M, Ishi zuka

,7

'. Zoebisch MA 2002. C ropping System on Central Plains of Thailand: Constraints and

excre ci on

,hate SoilManagement in Tropical Environmetn.

Brasilia, v.9. p.27-34.

ust 2002. Paper No 8 12: 1- 10.

Jayapragasam. 1994, Biochemical changes in d susceptible rice cultivars. BioI. Plantarum.

J.

1997. Stimulation of organic acid

by roms of aluminium -w le ranr and aJuminium -se nsirive w heat

variet ies under aluminium stress. Revista Brasl/eira de Fisiologia Vegetal,

De Datta SK. 1981. Principles and Prac~ices of Rice Production. New York: John W iley, pp. 618 . Degenhardt J , Larsen PB , Howell SH , Kochian LV. 1998. Aluminium Resistan ce in Arab idopsis Mutan A1r- I 04 is Caused by AluminumInduced in R11izosphere pH. Plant Physio!. 11 7: 19- 27.

173 •

Daftar Pustaka De Las Rivas J. Barber J. 1997. Structure and thermal stabi lity of photosystem II reaction centers studied by infrared spectroscopy. Biochemistry. 36: 88978903. de Macedo CEo Jan VVS. Kinet JM . Lutts S. 2009. Effects of Aluminium on Root Growth and Apical Root Cells in Rice (Oryza sativa L.) Cultivars. Reliability of Screening Tests to Detect Al resistance at the Seedling Stage. Acta Physiol Plnnt. 31: 1255-1262. Springer. Delhaize E. Ryan PRo Randall PJ. 1993. Aluminum tolerance in wheat (Triticum aestivuffl L.). II. Aluminum-stimulated excretion of malic ac id from rOOt apices. Plant Physiol. 103:695-702 .

Delhaize E. Ryan PRo 1995. Aluminium toxicity and tolerance in plants. Plant Physiol. 107:315-321. Dem iral MA. 2003. Comparative response of twO olive (Olea europaea L.) cultivars to salinity. Turk.}. Agric. For. 29 :267-274. Demiral MA. Aydin M. Yorulmaz A. 2005. Effect of salinity on growth chemical composition and anriox idarive enzyme acr iviry of (WO malting barley (Hordeum vulgare L.) cultivars Turk.}. BioI. 29: 117- 123.

Demming AB. Adams WW. 1992. Photoprotection and other responses of plants to high light stress. Annu. Rev. Plnnt Physiol. Mol. Bioi. 43:599626. Dent D. 1986. Acid Sulphate Soild: A Baseline for Research and Development. Wageningen: Internation.1 Intiture for Land Reclamation and Improvement Publication No. 39. Deng X. Philips J. Meijer AH. Siamini F. Barrels D. 2002. Characteriz.1tion

Avoidance Response in

Di rjen Perkebunan. 1995. banI. Upaya mempertangguh perkebunan. Disajikan pad. Perkebu nan.

Djukri. 2003. Seleksi Terhadap Tabs Adaptasi T erhadap Cekaman Program Pascasa rj ana IPB.

Doberma nn A. Fairhust T. 20f' Management.

Inrernatio nal

Phosphate Institute of Canada. Dure L. Crouch M. HaradaJ. Ho TO. acid seq uence domains amon~ dx

Mol. BioI. 12:475-486. Druschel G. Borda M. 2006. Co by M. Descotes. P. Votarge.;rod Acta. 70:5246-5250. Edmeades GO. McMaster GS. \\ru« the physiologist bridging the gap Crops Res. 90:5- 18. Ebrahim MK. Z ingsheim O. EI-Sh Grow[h and sligar srorage in .rug above optimum.}. Plnnt PhP'OL ,-

of five novel dehidration responsive homeodomain leucin zippers genes from resurrection plant Craterostigma plantagineum. Plant Mol. Bio. 49:

Eisenberg D. Marcotte EM. Xenarios I \

60 1- 610.

Evans JR. 1987. 11,e relationship be,,, photosynthetic capacity in pea la.cs }. Plnnt Physiol. 14: 157-1 70.

De Ronde JAD. Cress WA. Kruger GHJ. Strasser RJ. Staden JV. 2004. Photosynthetic response of transgenic soybean plants conraining an

Arabidopsis P5CR gene. during heat and drought stress.}. Plnnt Physiol. 6 1: 1211 - 1244. De Souza CRB. de Almeida ERI'. Carvalho LJCB. Gander ES. 2003. Studies mward rhe identifi cation of transcription factors in cassava storage root.

Braz.}. Plllnt Physiol. 15(3): 167- 170.

174

Devlin PF. Yanovsky MJ. Kay SA_ _

[he posrgenome era. Nature.

"'il) - '

• Eva ns JR. 1993. Photosynthetic acdit"'QI a lu cerne canopy. 1. Canop)' ~ 67. FAa. 2006. World Agriculturt To..'''-'' _ for Food. Nutritio n. Agriculture md Perspective Srud ies Unit. Rome. j"u,

Daftar Pustaka

ue and thermal stabili ty of photOsystem ·,d 'pectro,copy. Biochemi,try. 36: 8897-

Devlin PF, Yanovsky MJ, Kay SA. 2003. A Ge no mic Analysis of the Shade Avoidance Response in Asabidopsis. Plant Physiol. 133: 16 17- 1629.

_um S. 2009. Effects of Aluminium on "US in Ri ce (Oryza ,ativa L.) C ultivars. , Detect Al resistance at the Seedling

Dirjen Perkebunan. 1995. Pengembangan varietas padi gogo unggul va ri etas baru. Upaya me mperran gguh lIsaharani dengan lIsaha pokok ranaman perkebunan. Disajikan pada Dies Natalis XXXlI IPB. Ja karta: Dirjen Perkebunan.

>-1262. Springer. 1993. Aluminum tOlerance in wheat num-stimulared exc re tion of malic acid

)3:695-702.

uum toxiciry and mlera nce in planes. ;ponse of two olive (Olea ellropaea L.)

c. For. 29:267- 274. ~.

2005 . Effect of sali ni ty on growth

:idarive e nzyme activity of rwo maltin g 'Or<

Turk. I BioI. 29: 11 7-123 .

'horoproreccion and other responses of

Rm Plant Phy,iol. Mol. BioI. 43:599Baseline for Research and Development. ptute

for

Land

Reclamation

and

I.

Djukri. 2003. Seleksi Terhadap Talas (Coloca,ia aesculenta (L.) Schott) untuk Adaptasi Terhadap Ceka man Naungan [D isertasi]. Bogo r: Doktor Program Pascasa rjana IPB. Dobermann A, Fairhust T. 2000. Rice, Nutrient Disorders and Nutrient Management. Internario nru Ri ce Resea rch Insri[U[e and Potash & Phosphate Institute or Ca nada. Dure L, C rouch M, HaradaJ, Ho TD, Mundy J etal. 1989. Common amino acid sequence domains among the LEA proteins of higher plants. Plant Mol. BioI. 12:475-486. Druschel G, Borda M. 2006. Comment on Pyrite dissolution in acidic media by M. Descotes, P. Vota rge, and C. Beaucaire. Geochim. Cosmochim.

Acta. 70:5246-5250. Edmeades GO, McMaster GS, White JW, Ca mpos H . 2004. Ge nomics and the physiologist bridging the gap between ge nes and cro p response. Field

Crop' Res. 90:5- 18 . Ebrahim MK, Z ings heim 0, EI-Shourbagy MN, Moore PH, Komor E. 1998. Growth and suga r storage in sugarca ne grown at temperature below and

Ii F, Bartels D. 2002. C haracterizatio n ive homeodomain leucin z ippe rs genes

rgma plantagineum. Plant Mol. Bio. 49:

above optimum . I Plant Phy,iol. 153: 593-602. Eisenberg D, Marcotte EM, Xe narios I, Yeates TO. 2000. Protein function in the postgenome era. Nature. 405: 823- 826. Eva ns J R. 1987. l1,e relatio nship between electron transport compo nents and

G HJ , Strasser Rj, Staden JV. 2004. tsgenic soybean plants contai ning an

eat and drought stress. I Plant Phy,iol. f alho LJ C B, Ga nder ES . 2003. Studies crip tion factors in cassava storage

-170.

roOL

photosynthetic capaciry in pea leaves grown at different irradiances. Aust.

I NantP""iol.

14:157- 170.

Eva ns J R. 1993. Photosynthetic acclimation and nitrogen partition ing with in a lucern e ca no py. I. Cano py characteristics. A list. I Nam Phy,iol. 20:5567. FAO. 2006. World Agriculture Toward 203012050. In terim Report Prospect for Food , N utritio n, Agriculture and Major Co mmunity Gro up. G lobal Perspective Studies Unit. Ro me, June 2006 . •

175

Daftar Pustaka Flowers TJ. Yeo AR. 1995. Breeding for salinity resistance in crop plants: where next? A list j Plant Physiol. 22: 875- 884.

Gaxiola RA. Li J. Undurraga S. Dang \ ", Drought- and salt-tolerant plant "' H-Pump. Proc. Nat!. Acad Sci. 98: i

Foolad MR. C hen FQ. 1998. RAPD markers associated with salt rolerance in an inters pecific cross of romato (Lycopersicon escu.1enhtm x L. pennellii). Plant Cell Reports. 17: 306-- 1.

Ghafoor A. Qad ir M. Murtaza G . 21 Management. I"'. Allied Book Con

Foy CD. Fleming AL. Burns G R. Armiger WH. 1967. Characterization of

Gigo n A. Maros AR. Laffray D. Zuily-F, drought stress on lipid metabolism i (Ecotype Columbia). Ann. Bot. 9..

diffe re ntial aluminium tolerance among varie ti es of wheat and barley.

SoilSci. Soc.Am.Proc. 3 1: 5 13-52 1. Foy CD. 1974. Effect of aluminium on plant growth. In Ca rson EW. (ed). 7he Plant Root and Its Environment. pp. 60 1-642. C harlottesville: University Press of Virginia.

Gong M. C hen. SN. Song YQ. Li ZG. I ,

Foy CD. 1988. Plant ada ptation ro acid. aluminum-roxic soils. Commun . Soil Sci. Plant Anal. 19:959-987.

Gordon-Weeks R. Tong Y. Emyr Dan spatial express ion of a high-affinity pi journal of Cell Science. I 16: I 35-3 1-1

on intrinsic heat roierance in rdan.

seedlings. Amt. j. Plant PhysioL 2-1; I

Foy CD. 1996. Tolerance of Barley cultiva r to acid . aluminium-toxic subsoil related to mineral element concentrati o n in their shoots. Journal ofPlant Nutrition. 19: I 36 I- I 380.

Gourley LM . Rogers SA. Ruiz-Gomes C aluminium tolerance in sorghum.

6

Foyer C. Noctor G (eds) . 2002. Photosynthetic nitrogen assimilation and associated carbon and respirarory metaboli sm. Advances in photosynthesis and respiration. vol. 12 (series editor. Covindjee). Springer. Dordrechr.

Grant RH . 1997. Parti tioningofbiolop"" Int. j. Biometeorol. 40:26-40.

Fukai S. Cooper M. 1995. Development of drought resistant cultivars using physio-morphological traits in rice. Field Crops Res. 40:67- 86.

Guo BZ. Xu G. Cao YG. Holbrook

Guerinot ML. 20 10. Iron in Cell BilO£' Mendel R (Eds). Plant Cell Mon _

Fukai S. Fisher K. Basnayake J. Jongde B. Panruwan G. Makara O . T subo M. Intapanya P. 2004. Improving drought resistance in rainfed rice for ,he Mekong region: Defining target population of environments (TPE).

and characterization of phospholi susceptibiliries in peanut (Arachis Haanharr K. Ni DV. 1992. Water M Mekong delta. In Dent DL. Van ~le Ho C hi Minh City Symposium 0" 53. Wageningen.ll1e Netherland

characte rizin g rh e available water and breeding for better adaptation co rhe variable water su pply including an overview of rh e project "improving

drougth resistance in rainfed lowland rice for the Mekong region ". Physiological Approaches. p. 153- 155. Galau GW. Hughes OW. Dure L. 1986. Absisic acid Induction Of cloned cotton Late Embryogenesis Abundant (LEA) messenger RNAs. Plant. Mol. BioI. 7: 155- 170, Gan S. Amasino RM . 1995. Inhibition of leaf senescence by auto regulated production of cytokinin . Science. 270: I 986-- 1988. Garbarino J. Dupont FM. 1988. NaCi induces Na ' /H ' antiporrer in tonoplast vesicles barley roots. Plant Physiol. 86: 23 1- 236.

Haynes RJ . 1990. Active ion uptako ana a critical exa mination of their rol.c

•

Soil. 126:247-264 . Haiyu.n D. Gengyun Z. Yan G. Shaol, of salt rolranr genes in ri ce. ChinN Hale MG. Orchuft OM . 1987. 7h, P" York: John Wiley and Sons.

176

•

Daftar Pustaka oding for saliniry resistance in crop plants:

'iol. 22: 875-884. .PO markers associated with salt tolerance in lato (Lycopersicon esculentllm x L. pennellii).

I.

R, Armiger WH.

1967. Characterization of ranee among varieties of wheat and barley. '-52 1.

Gaxiola RA, Li j , Undurraga S, Dang V, Allen Gj, Alpen SL, Fink GR. 2001. Drought- and salt-tolerant plant result from overexpressing of AVPI H -Pump. Proc. Natl. Acad. Sci. 98:11444-11449 . Ghafoor A, Qadir M, Murtaza G. 2004 . SaLt-Affected Soils: Principles of Management. I"'. Allied Book Centre. Lahore. p304. Gigon A, MatosAR, L'ffray 0, Zuily-Fodil Y, Pham-Thi AT. 2004 . Effect of drought stress on lipid metabolism in the leaves of Arabidopsis thailana (Ecorype Columbia). Ann. Bot. 94: 345-351.

un on plant growth. In Carson E\V (ed). The mt. pp. 601-642. Charlottesville: Universiry

Gong M, C hen, SN, Song YQ, Li ZG. 1997. Effect of calcium and calmodulin on inninsic hear tolerance in relation to antioxidant systems in maize seedlings. AllSt.}. Plant Physiol. 24: 371-379.

n to acid, aluminum-roxie soils. Commun .

Gordon-Weeks R, Tong Y, Emyr Davies TG, Leggewie G . 2003. Restri cted spatial expression of a high-affiniry phosphate transporter in potato roors. journal of Cell Science. 116: 135-3 144.

-987.

ey culrivar

acid, aluminium-roxie subsoil oncenrrarion in their shoots. journal of Plant [Q

L Photosynthetic nitrogen assimilarion and ':ltory metabolism. Advances in photosynthesis ~ ,ditor, Covindjee}. Springer, Dordrecht. lopmenr of drought resistant c uirivars using in rice. Field Crops Res. 40 :67-86.

jongde B, Pantuwan G, Makara 0, Tsubo ,roving drought resistance in rainfed rice for •g target population of environments (TPE), water and breeding for bencT adaptation [Q ~udi ng an overview of the project "improving fed lowland rice for the Mekong region". 153- 155. ! L. 1986. Absisic acid Induction Of cloned

I Abundant (LEA) messenger RNAs. Plant. bibirion of leaf senescence by auto regulated imce. 270: 1986-1988. , aCl induces Na'/H' antiponerin tonoplast Physiol. 86: 231-236.

Gourley LM, Rogers SA, Ruiz-Gomes C, C lark RB. 1990. Genetic aspects of aluminium tolera nce in sorghum . PiflntflndSoil. 123:211-6. Grant RH. 1997. Partitioning of biologically active radiation in plant ca nopies. Int.}. Biometeorol. 40:26-40. Guerinot ML. 20 I O. Iron in Cell Bilogy of Metals and Nutrients. I n Hell R, Mendel R (Eds). Plant Cell Monographs 17: p75-94. Springer. Guo BZ, Xu G, Cao YG, Holbrook CC, Lynch RE. 2006. Identification and characterization of phospholipase 0 and it association with drought susceptibi lities in peanut (Asachis hypogaea). PfIlntfl. 223:512-520 . Haanhart K, Ni DV. 1992. Water Management of the Rice Field at Hoa An Mekong delta. I n Dent DL, Van Mesvoort (eds.). Selected papers on the Ho C hi Minh City Symposium on Acid Sulphate Soils. ILRJ Pub. No. 53. Wageningen.1l1e Nethe rl and Haynes Rj . 1990. Active ion uptake and maintenance of cation-anion balance: a critical examination of their role in regulating rhi zos phere pH. Plant Soil. 126:247-264. • Haiyuan 0, Gengyun Z, Yan G, Shaolin C, Shouyi C. 1998. RAPD tagging of salt tolrant genes in rice. Chinese Sci., B"LI. 43 : 330-32 . Hale MG, Orchutt OM. 1987. The Physiology of PIaIltS IInder Stress. New York: John Wi ley and Sons.

177

•

Daftar Pustaka Hamim, Sopandie 0, Jusuf M. 1996. Beberapa karakteristik morfologi dan fisiologi kedelai toleran dan peka terhadap cekaman kekeringan. Hlllllti. 3(1 ):30-34 .

HaugA, Shi B. 1991. Biochemical In Plnnt-Soillnteractiom at Unto RP (eds.), pp 839- 850. Kluv.cr

Hammond JP, Broadley MR, White PJ. 2004. Genetic Responses to Phosphorus Deficiency. Ann. Bot. 94(3) :323-332 .

HaycsJE, Zhu YG , Mimura T, Re>d RJ and Soil 26 1:91 - 97.

Hanum C, Mugnisjah WQ, Yahya S, Sopandie 0, Idris K, Sahar A. 2006. Uji hayari akar ulltuk menapis kedelai (oleran cekama n ga nda aluminium

He H, Walthout AJM, Vidal :-'1. bridge berween genomics and 560.

dan kekeringan. A GROTROPIKA. 21 :51-56. Hapsoh, Yahya S, Sopandie 0, Purwoko BS. 2005 . Respon morfologi beberapa genotipe kedelai terhadap inokulasi MVA pada beberapa tingkat cekaman kekeringan. jurnal Penelitian Pertanilln. 24 (2): I I I-I 17.

Hidayat A, Mulyani A. 2002. Adimihardja A, Mappoana,. Pel/gelolnan Lahan Ktnng ,\I. Lingkungllll. Puslitbang Tanah Bogor.

Harahap Z, Suwarno, Lubis E, Susanto TW. 1995. Padi Unggul Toleran Kekeringan dan Naungan. Pusat Penelirian dan Pengembangan Tanaman

Pangan. Badan Litbang Pertanian. 21 hal.

Hidema j , Makino A, Kurita Y. :-'fx T of ch lorophyll and light-han' leaves agent under cliff'er<", senescense. Plnnt Ctl! PhyIlO . .r

Hare PO, Cress WA, Van-Staden j. 1998. Dissecting the roles of osmolyte accumulation during stress. Plllnt Cell Environ. 2 1:5 35-554. Harini-Bertham Y, Kusmana e, Setiadi Y, Mansur I, Sopandie D. 2006. Pemanfaatan CMA dan Bradyrhizobium untuk meningkatkan produktivitas kedelai pad a sistem agroforestry kayu bawang (Scorodocarpus borneensis) pad a ultisol. Akta Agrosia. 9( I ):36-4 1.

Hirayama T, Ohto C, T Mizogudu. phosphatidylinositol-specific r and salt stress in Arabidoplli d:: 3907.

Harris AB, Chozin MA, Sopandie 0, Las I. 1998. Karakteristik Ekosistem Tanaman Sela Padi Gogo dengan Tanaman Karer. Seminllr NllSionlll Peningklltan Prod"ksi Padi NtlSiontll, Bandar Lampung 9- 10 Desember 1998. Hash CT, Folkensma RT, Ramu P, Reddy BVS, Mahalakshmi V, Sharma He, Rattunde HFW, Weltzien ER, Haussmann BIG, Ferguson ME. 2003. Marker-assisted breeding across ICRlSAT for terminal drought to lerance and resistance [Q shoot Ay and Striga in sorghum. Abstracts of the Congress "In the wake of the double helix. From the green revolution to the gene revolution ", Bologna, Italy, p. 82, available at http://www, doublehelix. too.it Hassanuddin . 2006. Inovasi Teknologi Unggulan Pertanian Mendukung Prima Tani. Mtlkalnh Disamplliklln Plldll Workshop Pemantapan Pelaksllnaan Prima Tani 2006, Tanggal 5- 10 Maret 2006 Di Bogor.

178

-

of solution cu lture in screc:mn£

Hiscock K, Southward A,

Titd~

I. ~

temperature on benthic marine

Mar Freshw Ecosyst 14: 333-362. Hong SW, jon jH, Kwak jM. :-;.m like protein kinase gene tapi high salt, and cold treatmen" . 1203- 2 12.

•

Hong Z, Lakkineni K, Zhang Z \ ' inhibition of A I -pyrollin e-~ proline accumulation and prot

Phlsiol. 11 2: I 129-1 136. Hoober jK, Eggink LL. 2001. _"assembly of light-harvesting CO

c..

Daftar Pustaka 1996. Beberapa karakteristik morfolog i dan peka terhadap cekaman kekeringan. Hayat,. White PJ. 2004. Genetic Responses to n. Bot. 94(3):323-332.

ya S, Sopandie 0 , 1dris K, Sahar A. 2006 . is kedelai wleran cekaman ganda aluminium

OPlKA. 21:51-56. 05 Respon morfologi beberapa 20 BS· urwO ko . k 1 mokulasi MVA pada beberapa tingkat ce amal

; nPertanian. 24(2):111-117. Padi Unggul Toleran 1995 Susanro TW . . Penelirian dan Pengembangan Tanaman

Pusat


kayu

bawang

pada sistem is) pada ultisol. Akta Agrosia. 9( 1):36-4 L

· 0 L I 1998. Karakteristik EkoSlStem . I pan d Ie , as . o dengan Tanaman Karer. Seminar Naswna . I B d Lampung 9-10 Desember i NaslOna, an aT

Haug A, Shi B. 1991. Biochemical basis of aluminum tolerance in plant ceUs. In P/ant-Soil Interactions at Low pH. Wright RJ, Baligar VC, Murmann RP (eds.), pp 839-850. Kluwer Academic, Dordrecht, The Nederlands. Hayes JE, Z hu YG , Mimura T, Reid RJ. 2004. An assessment of the usefulness of solution culture in screening for phosphorus efficiency in wheat. PlAnt and Soil 26 1:91-97. He H, Walthour AJM, Vidal M. 2003. Integrating 'o mic' information: a bridge between genomics and systems biology. Trends Genet. 19:551560. Hidayat A, Mulyani A. 2002. L,han Kering untuk Pertanian. DalAm Adimihardja A, Mappoana, dan Saleh A (Penyunting). Teknologi

PengelolAan Lohan Kering Menlljll Pertanian Produktif dan Ramah Lingkungan. Puslitbang Tanah dan Agroki limat, Balitbangtan Deptan, Bogor. HidemaJ , Makino A, Kurita Y, Mae T, Ohjima K. 1992. Changes in the level of chlorophyll and light-harvesting chlorophyl alb protein of PSII in rice leaves agent under different irradian ces from full expansion through senescct'se. P/ant Cell Physiol. 33(8): 1209- 12 14 . Hirayama T, Ohto C, T Miwguchi, K Shinozaki . 1995. A gene encoding a phosphatidylinositol-specific phospholipase C is induced by dehydration and salt stress in Atabidopsis thaliana. Proe. Nat!. Aead. Sci. 92:39033907. Hiscock K, Southward A, Titrley I, Hawkins S. 2004 . Effects of changing temperature on benthic marine life in Britain and Ireland. Aqutlt Conserv:

Mar Freshw feosyst 14:333-362. dy BVS Mahalakshmi V, Sharma d Ram u P , Re ' ME n Weltzien ER, Haussmann BIG , Fetguso . . ICRlSAT for terminal drought breedmg across f t to shoot fly and Striga in so rghum. Abstract~ 0 ake of the double helix. From the green revolution ., Bologna, Italy, p. 82, available at http: //www, . Teknolog i Unggu lan Pertanian Mendukung

as..

'k Pada Workshop Pemantapan ~h DlSampdl an 6 D' B or lTIi 2006, Tanggal 5-10 Maret 200 I og .

Hong SW, Jon JH, Kwak JM , Nam HG . 1997. Identification of receptorlike protein kinase gene rapidly induced by absisic acid, dehydration, high salt, and cold treatments in Arabidopsisthaliana. P/ant Physiol. 113: 1203-2 12. Hong Z, Lakkineni K, Z hang Z, Verma DPS . 2000. Removal of feedback • inhibition of AI-pyrolline-5-carboxylate synthetase res ult in increased proline accumulacion and protect ion of planrs from osmotic stress. Plant Physiol. 1 12: 1 129- 1 136. Hoober JK, Eggink LL. 2001. A potential role of chlorophylls and assembly of light-harvesting co mplexes. FEBS 489: 1-3.

•

C In

179

•

Daftar Pustaka Horie T, Baker JT, Nakagawa H, Matsui T. 2000. Crop ecosystem responses to climatic change: rice. In: Reddy KR, Hodges HF (eds) Climate change and global crop productivity. CAB Intemational, Wallingford, pp 8 1106. Horton P, Ruban AN , and Walters RG. 1996. Regulation oflight-harvesting in green plants. Annu. Rev. Plant Physiol. Plant Mol. BioI. 47:655-684. Horton P. 2002. Crop improvement through alteration in the photosynthetic membrane. lSB News Report. Virginia Tech, Blacksburg, VA. Hoshida H, Tanaka Y, Hibono T , Hayashi Y, Tanaka A. 2000. Enhances tolerance to salt stress in transgenic rice that over expresses c hloroplast

glutamine synrhesase. Plant Mol. BioI. 43: I 03-11 I. Howarth C). 2005 . Genetic improvements of tolerance to high temperature. In Ashraf M, Harris PJC (Eds.) Abiotic Stresses: Plant Resistance Through Breeding and Molecular Approaches. New York: Howarth Press Inc. Howeler RH, Cadavid LF. 1976. Screening of rice cultivars for tolerance to AJ-toxicity in nutrient solutio n as compared with field screening methods.

Agron. j. 68:554-555. Huang JW, Pellet OM, Papernik LA, Kochian LV. 1996. Aluminum interactions with voltage-dependent calcium transpon in plasma membrane ves icl es iso lated from roots of aluminum-sensitive an d

-resistant wheat cultivars. Plant Physiol.

J

10:561-69.

Ishitani M, Liu J, HalRer U, Kim CS, Shi in Plant salt tolerance requires N-m)

Plant Cell. 12: 1667- 1677 Itturiaga G, Suarez R, Nova-Franco B. 2 osmoprotection to signaling. lnt. j. M Jackson PA. 200 I. Directions for physiol from a breeding perspective. In Re Ginkel M, Rajaram S (eds). Applican C1MMYT Wheat Program, Mexico. I Jagau Y. 2000. Fisiologi dan Pewarisan I Cekaman Aluminium pada Padi G, Doktor Program Pascasarjana IPB , B, Johanson I, Karlsson M, Johanson U, La" of aguapo rins in cellular and whole pl. Acta. I 465:324-342. Johnson R. 2004. Marker-assisted selecti 309. Jonak C, Kiegerl S, Ligterink W, Barker! Stress signaling in plant: A mitogen. is activated by cold and drought. P" I 1279.

Hue NV, C raddock GR, Adams F. J 986. Effect of organic acids on Al toxicity in subsoils. SoiISci.Soc.AmI 50:280-34 .

Jufri A. 2006. Mekanisme Adapmsi Ked( Cahaya Rendah [D isertasi]. Doktor

Hussain N, Ali A, Khan AG. Obaid-Ur-reh man, Tahir M. 2003 . Selectivity of ions absorption of salt tolerance in rice (Variety Shaheen Basmati). Asian Journal of Plant sciences. 2(5):445-448.

Jumberi A, Surwa ni M, Alihamsyah • peningkatan produktivitas lahan s dalam Seminar fPTEK Pekan Padi /\' Balibangtan I'uslitbangtan Pangan. 80

')07 . Climare change 2007 : Synthesis report. Contribution of Working G nJI ?S to the Fourth Assess ment Report of [he Illrergovernm enral Panel

IPCe..

on

I

imarc Change.

;, Wagatsuma T, Sasaki R, Ofei-Manu r. 2000. Comparison of rh<. 'tlll0unr of ci[fic and malic acids in AJ media of seven plant species and I. 0 cu ltivars each in nve plant species, Soil Sci Plant Nlttr. 46: 75 1758.

[shika,'

Jumbcri A, Sarwani M, Koesrini. 2003. Lahan dan Ta naman untuk Menind • Produksi di Lahan Su lfat Masam. • I (Penyunring) . Lapornn Tn/mila" J Tahun 2003. Balittan Lahan Raw•. Balitbangtan. Kalimantan Selatan. Junk A, Asher C) , Edwards DG, and M CfC status on phosphate uptake kineti , (Glycine mtIX). Plant Soil. 124: 175- :

180

-

Daftar Pustaka H. Matsui T. 2000. C rop ecosystem responses ~: Reddy KR. Hodges H F (eds) Climate chang' ''}. CAB Internarion. l. Wallingford . pp 8 1titers RC. 1996. Regulation of light-harvesting ~. Plant Physiol. Plant M ol. Bioi. 47:655-684. ement through alteration in the phorosynthetic 'm. Virginia Tech. Blacksburg, VA. 10

T. Hayashi Y. Tanaka A. 2000. Enhances

transgenic rice that ove r ex presses chloroplast Inr Mol. Bio/. 43: I 03- I I I.

provements of rolerance ro high temperature. Eds.} Abiotic Stresses: Plant Resistance Through iproaches. New York: Howarrh Press Inc. n"6. Screening o f rice cultiva rs fo r [Qlerance ro

Ishirani M. Liu J. HalA er U. Kim CS. Shi W. Zhu JK. 2000. SO S3 fungrion in Plane sal t w lerance req uires N- rnyrisroyiario n and calcium- binding.

Plant Cell. 12: 1667- 1677 I[[u riaga C. Suarez R. Nova-F ranco B. 2009. T rehalose merabolism: from osmoprorecrion ro signaling. Int. j. Mol. Sci. 10:3793-38 I O. Jackson PA. 200 I. Direcrions for physiological resea rch in breeding: issues fro m a breeding perspecri ve. In Reynold MI'. T rerhowa n RM . van C inkel M. Rajaram S (eds). Application ofphysiology in wheat breeding. ClMMYT Whear Program. Mex ico. pp 11 - 16. Jaga u Y. 2000 . Fisiologi dan Pewarisan Efisiensi Nirrogen dalam Keadaa n Cekaman Al uminium pada Padi Cogo (Oryza sativa L.) [Diserrasi]. Doktor Program Pascasarjana IPB . Bogor. Johanson I. Ka rlsson M. Johanson U. Larsso n C. Kjelbom P. 2000. The role of aquaporins in cellular and whole plant water balance. Biochim. Biophys. Acta. I 465 :324- 342.

ion as compared wirh field screening merhods.

Johnso n R. 2004. Marker-assisted selection. Plant Breeding Rev. 24:293309.

tern ik LA . Kochian LV. 1996. Aluminum ~-depend e nr calci um cranspon in plasma kd fro m rootS of aluminum-sensiti ve and Plant Physiol. I 10:56 1-69 .

Jonak C. Kiegerl S. Ligterink W. Barker pJ . Huskisson NS. H irr H. 1996. Sn ess signalin g in planr: A mitogen-acti va ted protein kin ase path way is acti vated by cold and drought. Proc.Natl.Acad.Sci. USA. 93: I 1274I 1279.

IS F. 1986. Effecr of organ ic acids on Al roxiciry tj. 50:280-34.

Jufri A. 2006. Mekanisme Adaptasi Kedelai T ernadap Cekaman Intensitas Cahaya Rendah [Diserrasi]. Dokror Sekolah Pascasarjana IPB. Bogor.

)baid-U r-rehman. T ahir M. 2003. Selecri viry rolerance in rice (Variery Shaheen Bas mari). ,as. 2(5}:445-448 .

Jumberi A. Surwa ni M. Alihamsyah T. 2004. T eknologi percepatan peningkatan produ ktivitas lanan sui fat masam. Makalah disa mpaikan dalam Semi/lar fP TEK Pekan Padi Nasional- I!. Sukamandi, 16}uli 2004. Balibangtan Puslitbangtan Pangan. Baliran Padi.

P07: Synthesis report. Conrri burion of Working ment Repo rt o f th e In tergovernmental Panel

Iak.i R. O fei-Manu P. 2000 . Comparison of llla1ic ac ids in AI media of seven plant species

lve planr species. Soil Sci Plant N lttr. 46: 75 1-

Jumberi A. Sa rwani M, Koesrini . 2003. Komponen Teknologi Pengelolaa n Lanan dan Tanaman untuk Meningkatka n produkti vitas dan Efi siensi Produksi di Lanan Suifar Masam. O(/Iam Alihamsyah T dan Noor I (Penyunting). Laporan Ta/ulIIan Penelitian Pertanian Lahan Rawa Tabun 2003. Bal ittan Lahan Rawa, Puslitbang Tan ah dan Agroklimat. Balitbangtan. Kalimantan Selatan . Junk A. Asher CJ. Edwards DC. and Meyer D. 1990. InAuence of phospnate status on phosphare uptake kinerics of mayze (Zea mays) and soybean (Glycine max). Plant Soil. 124 :175- 182. 181 ,

Daftar Pustaka Juraimi AS. Drennan DSH. Anuar N. 2004. The effects of shading on the growth , development and panirioning of biomass in bermudagrass (Cynodon dacrylon (L.) Pers).). Bio! Sci. 4:756-762.

Jusuf M. Sopandie D. Widiasruti U. Sumpena EDC, Miftahudin. Hami m. 1993. Evaluasi plasmanutfah kedelai untuk toleransi rerhadap cekaman kekeringan dan alumunium. Seminar Hibah Bersning. 3-4 Februari. Sawangan. Bogo r. Jusuf M. Sopandie D. Supena ED. Widyastuti U. Miftahudin. dan Hamim . 1994. Evaluasi plasman utfah kedelai untuk lahan kering ata u ber-pH rendah serra bekualir3s nurrisi baik. Laporan Pellelitian Hibang Bersaing

1/ 1.

Karlheinz K. van Montagu M. Inze D. 1995. Effects of iron excess on Nicotinna plumbaginifolia plants. Implications to oxidative stress. Plant Physio! 107:725-735. Kartika NT. Khumaida N. Sopandie D. 2006. Adaptasi kedelai terhadap intensitas cahaya rendah melalui efisiensi penangkapan cahaya. Makalah Seminar. Sekolah Pascasarjan IPB. Bogo r.

Khumaida. Sopandie D. Takano T . _ stress. I. Regulation of photos)"mb' Japanese Plant Breeding Symposi Japan. Kl1Umaida N. Sopandie D. Takano 1i shade stress: Expression of phO( Proceeding of tbe r Seminar Development find Environmt'ntIL."

G

The University of Tokyo. Japan.!"' Kllllmaida N. Sopandie D. Takano T rubisco activase genes in LI-rol

Breeding Symposium. Fukuoka. Dei Khumaida N. Sopandie D. Takano T shade Stress: Expression of phot.,., Proceeding of the p t Seminar Developmel1t and Environnunro/ 1..The Uni versity of Tokyo. Japan. F~

Kassam AH. 1978. Agro-climatic suitabili ty assesmen t of rainfed crops in African by growing period zones. FAG.

KllUmaida N. 2002. Studies on adap shade stress [PhD Th esis] . The L'rul

Kasim N. Sopandie D. Harran S. Jusuf M. 200 1. Pola akumulasi dan sekresi asam sitrat dan asa m malar pad a beberapa genotipe kedelai toleran dan peka aluminium. Hayati. 8(3) :58-6 1.

Khulllaida N. Takallli Y. Sugiyama Adaptability of soybean to shade

Kasuga M. Liu Q. Miura S. Yamaguchi-Shinozaki K. Shinozaki K. 1999. Improving plant drought. salt and freezing tolerance by gene transfer of a single sues-inducible transcription factor. Nature Biotech. 17: 287- 29 1. Kawano T . Sahashi N. Takahashi K. Uozu mi N. Muto S. 1998 . Salicylic acid induces ex tracel lular superoxide generation followed by an in crease in cymsolic ca lcium ion in tobacco slispension cu\wre: the ea rli es t events in

salicylic acid signal transduction. Plant Cell Physiol. 39: 72 1- 730. Khan AA. McNeilly T . Collins Jc. 2000 . Accumulation of amino acids. proline, and carbohydrates in response to aluminium and manga nese

stress in maize.}. Pl. Mm.• 23: 1303- 14. ha n AA. Mcneilly T. Azhar FM. 200 1. Stress Tolerance In Crop Plants. International Journal ofAgriculture & Biology. 1560(8530): 250-255.

LI -roleranr and LI -sensiti ve soyba "Toward between Harmonizari~ Conservation in Biologiclll Producti

Februaty 15-26. 2003. Khumaida N. Sopandie D. Takano T. 2C Stress: 1110 role of photosystem 1I. PlI HarmoniZlltion between Developmnl

Biological Production ". Serang. Banti Khumaida N. Kisman . Sopandie D. Taka • to Shade Stress: ClOning and Idemi/ Encoding the Photosystem I sub uni Kidd PS. L1ugany M. Poschenrieder C. ( roOt exudates in aluminium resisran of aluminium toxi city in three variC!

Bot. 52: 1339- 1352. 1f

•

Daftar Pustaka uN. 2004 . The effects of shading on the ~rritioning of biomass in bermudagrass .j. Bio!. Sci. 4:756-762. U, Sumpena EDC, Miftahudin, Hamim. l kede lai untuk tole ransi terhadap cekaman . Seminar Hibah Bmaing, 3-4 Februari, ), Widyastuci U, Miftahudin, dan Hamim.

~ kedelai untuk lahan kering atau ber-pH i baik. L"poran Penelitian Hibang Bersaing Inze D. 1995. Effects of iron excess on Implications to oxidative stress. Plant

pnts.

",ndie D. 2006. Adaptasi kedelai terhadap aIui efisiensi penangkapan cahaya. MakaIah n I PB, Bogor.

tic suirabiliry assesment of rainfed crops lOnes. FAG.

•

In

I, Jusuf M . 2001. Pola akumulasi dan sekresi pada beberapa genoripe kedelai toleran dan 3):58-6 1. amaguchi-Shinozaki K, Shinozaki K. 1999. p.ir and freezing tolerance by gene transfer of a :ription factor. Nature Biotech. 17: 287-291.

~i K, Uozumi N, Muto S. 1998. Salicylic acid ,ode generation followed by an increase in aceo suspension culture: the earliest events to •erion. Piant Ceil Physio!' 39: 72 1-730.

Khumaida, Sopandie 0, Takano T. 2000. Adaptabi li ty of soybean to shade stress. I. Regulation of photosynthetic genes in several soybean genotypes. Japanese Plant Breeding Symposium, Hirosaki, September 25-26, 2000, Japan. Khumaida N, Sopandie 0 , Takano T. 200 1a. Adaptability of soybean to shade stress: Expression of photosyntheticgenes in soybea n genotypes . Proceeding of tbe r Seminar on "Toward Harmonization between DeveLopment and Environmental Conservation in BiologicaL Production ': The University of Tokyo, Japan, Februaty 21-23, 2001. Khumaida N, Sopandie 0, Takano T. 200 1b. Expression of rubisco and rubisco acrivase genes in LI-toleranc upland rice. Intenlfltionaf Plant Breeding Symposium, Fukuoka, October 25-26, 2000. Khumaida N, Sopandie 0, Takano T. 2001 c. Adaptability of soybean to shade srress:Expression of pho[Qsynrhericgenes in soybean genotypes. Proceeding of the r Seminar on "Toward HamlOniZtltion between Development and Environmental Conservation in Biological Production ': 1he University of Tokyo, Japan, February 21-23, 2001. Khumaida N. 2002 . Studies on adaptability of soybean and upland rice to shade stress [PhD Thesis]. 1he U ni versity of Tokyo. Khumaida N, Taka mi Y, Sugiyama N, Sopandie 0 , Takano T. 2003. Adaptability of soybean to shade stress: Photosynthetic properties of LI-tolerant and LI -sensitive soybean. Proceedings of the 2'" Seminar on "Toward between HarmoniZlltion Development and EnvironmentaL Conservation in Biological Production ", The Universiry of Tokyo, Japan, Februaty 15-26, 2003. Khumaida N, Sopandie 0 , Takano T . 2004. Adaptabili ty of soybean to shade stress: 1he ro le of photOsystem II. Proceeding ofthe 3"' Seminar on ''Toward HarmoniZiltion between Development and EnllironmentaL Conservation in Biological Production". Serang, Banten , December 3-5,2004 .

ns Jc. 2000 . Accumulation of amino acids, FS in response co aluminium and manganese

Khumaida N, Kisman, Sopandie 0, Taka no T. 2005. Adaptabili ty of Soybean to Shade Stress: Cloning and Identificatio n of a Full-length eDNA clone Encod ing the Photosystem I sub unit (Poster) Malang .

.,23: 1303-14.

Kidd PS, Lluga ny M , Poschenrieder C, Gu nse B, Barcelo J. 200 1. 1he role of

FM. 2001. Stress Tolerance In Crop Plants. ,.,.iculture & Biology. 1560(8530): 250-255.

root ex udates in aluminium resistance and silicon- induced ame lioratio n

of alumin ium toxicity in three varieties of maize (Z", mays L.). j. Exp. Bot. 52: 1339- 1352.

183

•

Daftar Pustaka Kim I-IY, Lieffering M, Kobayashi K, Okada M, Miura S. 2003. Seasonal changes in the effects of elevated C02 on rice at three levels of nitrogen supply: A free air C02 enrichment (FACE) experiment. Global Change

Bioi. 9:826--37. Kinraide TB. 1991. Identity of The Rhizotoxic Aluminum Species. Soil. 134: 167-1 78

Plant

Kirk GJD, Du LV. 1997. C hanges in rice root architecture, porosity, and oxygen and proton release under phosphorus defi ciency. New Phytol. 135:191-200. Kisman, Khumaida N, Trikoesoemaningtyas, Sobir, Sopandie D. 2006. Respon MolekulerTanaman Kedelai terhadap Cekaman IntensitasCahaya Rendah: Analisis Ekspresi Gen ATHB dan C4B. Makalah disampaikan pada Seminar Nasional Bioteknologi dan pemllliaan Tanaman. Faperta IPB, 1- 2 Agustus 2006. Kisman. 2007. Analisis genetik dan molekuler adaptasi kedelai terhadap intensitas cahaya rendah berdasarkan karakter morfo-fisiologi daun [Disertasi]. Institut Pertanian Bogor. Kochian LV. 1995. Celluler Mechanism of Aluminum Toxicityand Resistance in plant. Ann. Rev. Plant Physiol. Mol. BioI. 46:237-260 •

Kochian LV, Hoekenga OA, and Pineros MA. 2004. How do cro p plants tolerate acid soils? Mechanisms of aluminum tolerance and phosphorous efficiency. Annu. Rev. Plant Bioi. 55:459-93. Konishi S. I ')92. Promotive effectS of aluminium on tea plant growth. Japanese Agria 'uml Research Quarterly 26,26-33. Ko nsten l iM, van Breemen N, Suping S, Asibawa IB , Groenenberg JE. 1994. ffects on Flooding on pH of Rice- Produci ng, Acid Sulfate Soils in Ind"nesia. Soil Sci. Soc. Am. J. 58:871-883.

Kulshrestha VP, Jain H K. 1982. Eighty selection pressures and future pr~!Xc Kurnia U, Subagyono K, Setyorini D. Usaha Tani pada Tanah Masam Pemberdayaan Tanah Masam. B Seprember 2003. Puslitbang T ~ Deptan. Bogor. Lafine 1-1 R, Courtois,Adin GN. 2002. Thei experience in field screening for dn u breeding. [n: Saxena, N.P. (ed.) [nu ". for Drollght Tolemnce in Riel. Intern.l the Semi-Arid Tropics, Patancheru . II Lam E, Meisel L. 1999. Gene Switches ~ of Gene Expression by T ranscriptJI Environmentlll Stresses: from Phytm Lerner HR Ed. Marcell Dekker. l'\~ Lambais MR, Cardoso EJBN. 1990. Res endomycorrhizal fungi inoculation

J

application . I. Plant growth and d 289. Larcher W. 1995. Physiological Plant Ecol Lautt BS , C hozin MA, Sopandie D, Darul Sukrosa dan akrivira5 enzim sukrOs.il toleran dan peka tcrhadap naun gan. l Lautt B, C hozin M A, Sopandie D. 2002. Naungan: Tinjauan Karakteristik F, IPTEK Padi , Pekan Padi Nasionall

Koyama II , Levesley A, Koebner RMD, Flowers TJ, Yeo AR. 2000. Quant ll.l tive trait loci for component ph ys iological traits determining salt tok l.l nce in ri ce. Plant Physio/.

Lawlor DW, T czara W. 2009. Causes of metabolic capacity in water-clefick mec hanisms and integration of prOCl • 549 .

Kris hnan P, " ain DK, Bhaskar BC, Nayak SK, Dash RN. 2007. Impact of elevated Cl)2 and temperature on rice yield and methods of adaptation as valuated L crop simulation studies. Agric Eco'Ys Environ. 122:233-242.

Lee YH, Oh HS, C heon CL, Hwang IT. and expression of the Ambidopsis ,

Biochem Biophys Res Comm"n. 248:1:

184

•

Daftar

bayashi K, Okada M, Miura S. 2003 . Seasonal Felevated C02 on rice at three levels of nitrogen enrichment (FACE) experiment. Global Change

)' of The Rhizotoxic Aluminum Species. Plant Changes in ri ce root architecture, porosity, and

lease under phosphorus deficiency. New Phyto!.

Kulshrestha VI', Jain HK. 1982. Eighty years of wheat breeding in India: P_ selection pressures and future prospects. Z. Pjlanzenzllcht. 89: 19-30. Kurnia U, Subagyono K, Setyorini D, Saraswati E. 2003. Aspek Lingkungan Usaha Tani pada Tanah Masam. Prosiding Simposium Nasio rW Pemberdayaan Tanah Masam, Buku 1. Bandar Lampung, 29-30 September 2003. Puslitbang Tanah dan AgrokJimat, Balitbangr.n Deptan. Bogor. Lahue H R, Courtois, Atlin G N. 2002. The international rice research institute"s experience in

rikoesoemaningtyas, Sobir, Sopandie D. 2006. unan Kedelai terhadap Cekaman IntensitasCahaya resi Gen A THB dan CAB. Makalah disampaikan .J Bioteknologi dan pemuliaan Tanaman. Faperta

•

).

:netik dan molekuler adaptasi kedelai terhadap dah berdasarkan karakter morfo-fisiologi daun

rtan ian Bogar.

rMechanism of Aluminum Toxicity and Resistan ce

Int Physio!' Mol. BioI. 46:237- 260

field

screening for droughty rolerance and implication for

breeding. [n: Saxena, N. P. (ed.) [nternational Workshop on Field Screming for Drought Tolerance in Rice. International Crops Research Instiw[c for the Semi-Arid Tropics, Patancheru , India. pp. 25-40. Lam E, Meisel L. 1999. Gene Switches and stress management: Modulation of Gene Expression by Transcription Factors. In: Plant Responses to EnvironmentaL Stresses: from Phytohormone! to Genome Reorganization.

Lern er HR Ed. Marcell Dekker. New York, USA. pp: 51-70. Lambais MR, Cardoso E]BN. 1990. Response of Stylosanthes guianensis to endom ycorrhizal fungi inoculation as affected by lime and phosphorus app lication. I. Plant growt h and development. Plant Soi!. 129:283289.

lA, and Pineros MA. 2004. How do crop plants :han isms of aluminum wierance and phosphorous

Larcher W. 1995. Physiological Plant Ecology. 3rd Ed. London: Springer.

Plant Bio!. 55:459-93 .

Lalltt BS, Chozin MA, Sopandie D , Darusman LK. 2000. Perimbangan Pati-

=effects of aluminium on tea plant growth. Japanese luarterly 26, 26-33.

"en N, Suping S, Aribawa IB , Groenenberg JE. ding on pH of Rice-Producing, Acid Sulfate Soils

Soc. Am. j. 58:871-883.

c,

Koebner RMD, Flowers T], Yeo AR. 2000.

:i for co mponent physiologi cal traits determining Plant Physiol.

has kar BC, Nayak SK, Dash RN. 2007. Impact of lperature on rice yield and methods of adaptation as IIatio n studies. Agric Ecosys Environ. 122:233-242 .

Sukrosa dan akt ivitas enz im sukrosa fosfat sintase pada padi gogo ya ng

toleran dan peka terhadap naungan. Hayati. 7(2):3 1- 34. Laun B, C hozin M A, Sopandie D. 2002. Pengembangan Padi Gogo Toleran Nau ngan: Tinjauan Karakteristik Fotosintesis dan Res pirasi. Seminar

IPTEK Padi, Pekan Padi Nasional I, Sukamandi 5 Maret 2002. Lawlor OW, Tezara W. 2009. Causes of decreased photosynthetic rate and metabolic capac ity in water-deficient leaf cells: a critical eva lu ation of

mechanisms and integration of processes. Annals of Botany. 103: 543549 . • Lee YH , Oh HS, C heon CL, Hwang IT, Kim y) , Chun JY. 2001. Strllcture and expression of th e Arabidopsis thaliana homeobox gene Athb- 12. Biochem Biophys Res Commun. 248 : 133- 141.

185

•

Daftar Pustaka Leigh R. 1997 . The Solute composition of the vacuoles. Ad. Bot. Res. 25:253295. Levine A. 1999. Oxidative Stress as Regularor of Enviro nmental Responses in

Ma JF, Hiradate S, Matsumoto H. buckwheat. II. Oxalic acid dero -11 7:753-759.

Plants. I n: Plant Responses to Environmental Stress: from Phytohormones to Genome Reorganization, Lerner HR (Ed.). Marcel Dekker, New

Ma JF, Hiradate S. 2000. Form a1,uc: buckwheat (Fagopyrum eseuleD

York, USA. pp:247-264.

Ma JF, Ryan PR, Delhaize E. 2001. cOlllplex in g role of organic acids..

Levitt J.1980. Response of Plants to Environmental Stress. New York: Academic Press.

Li M, Osaki M, Rao 1M, Tadano T. 1997. Secretion of phytase from the roots of several plant species under phosphorus-deficient conditions. Plant and Soil .1 95: 16 1-169. Lin M-K, H Belanger, Lee H -Y, Varkonyi-Gasic E, Taoka K-I , Miura E, Xocostle-Cazares B, Gend ler K, Jorgensen RA, Phinney B, Lough TJ, Lucas WJ . 2007 . FLOWERJNG LOCUS T protein may act as the longdistance Aorigenic signal in the cucurbits. Plant Cell. 19: 1488- 1506. Liu H-T, Li B, Shang Z-L, Li X-Z, Mu R-L, Sun D-Y, Zhou R-G. 2003 . Calmodulin is involved in heat shock signal transduction in wheat. Plant

Physiol. 132: 1186- 1 195. Liu L, W1,item MJ, MacRae TH. 1999. Transcription factors and their genes in higher plants: functio nal domain , evaluatio n and regulation. Ellr. J.

Biochem. 262(2): 247-257. Lockhart DA , Winzeler EA. 2000. Genomics, gene expression and DNA arrays. Nature. 405: 827-836. Loreto F, Forster A, Durr M, Csiky 0, Seufe rt G. I 998.0nthe mo noterpene emission under heat stress and on the increased thermotolerance of leaves of QllercllS i/ex L. fumigated with selected monoterpenes. Plant Cell

Environ. 21: 101 - 107. LynchJ, Lauchli A, Epstein E. 1991. Vegetative growth of the commo n bean in response to P nutrition. Crop Sci. 31: 380-387. Ma JF, Zheng SJ, Matsumoto H. 1997. Specific secretion of citric acid induced by AI stress in Cassia tora L. Plant Cell Physiol. 38: I 0 19-1 025. fa JF, Nishimura K, Takahashi E. 1998. Effect of silicon on the growth of rice plant at different growth stages. Soil Sci. Plant Nlltr. 35:347- 356.

Ma Z, Miyasaka S. 1998. Oxalate exu4

Physio!. 118:861 -865. Maathuis FJM , FlowersTJ, YeoAR 199~ in leaf vacuoles of the haloph,"te5 relation to tonoplast permcabiliq'_ Mackill OJ, Nguye n HT and Zhan~

J

in plant improvement programs

Research. 64, 177- 185. Maestri E, Klueva N, Perrotta C. Gulli Molecular ge netics of heat tole Plant Mol BioI. 48: 667-68 1 Magalhaes. 2002. Molecular genetIC alum inum ro lerance in sorghum (

Univ. pp. 192. Makmur A, Sopandie 0 , Sutjahro"H upland rice (O'yw sativa L. rOl and inh erita nce of nutrient

d

Loporan Peneiitian Graduau TC4IfI

Mansour MMF. 2000. Nitrogen a " plants to salin ity stress. Bioi. Pl.zu Manuhara-Karri PD. 2003. Rcspon !!I'" aluminium terhadap penambahan • [Diserrasi]. Program Pascasarj ..... Marchand FL, Merrens S, KocL.abd Performancem of high arctic deterio rated after exposure

Global Change Bioi. II:

[0

a

20-8-~

l6

•

Daftar Pustaka Ma JF, Hiradate S, Matsumoto H . 1998. High aluminum resistance in buckwheat. II . Oxalic acid detoxifies alu m inurn internally. Plant Phys;ol. 11 7:753-759 .

mposition of the vacuoles. Ad. Bot. Res. 25:253•

Regu\amf

of Environmental Responses In

Ma JF, Hiradate S. 2000. Form aluminum for uptake and translocation in buckwh eat (Fagopyrum esculentum Moench.). Planta. 211:355-360 .

5 f Phycohormones IN to Environmental tress: rom kk N w

ress as . ,

.lon,

LefneT

) Marcel D e HR (Ed ..

er,

e

Ma JF, Rya n PR, Del haize E. 200 1. Aluminium to leran ce in plants and the complex ing role of organic acids. Trends Plant Sci. 6(6):273-278.

I.

New York: S I S . Plants to Environmenra [fes .

Ma Z, Miyasa ka S. 1998. Oxalate ex udation by taro in response to AI . Plant Phys;ol. I 18:861-865.

from the roots I f \an T 1997. Secretion 0 P lytaSe d d: r ~hosphorus-deficient conditions. Plant an . G . E Taoka K-I, Miura E, H-Y Varkonyt- aSlC , h TJ Ph' B Loug , ' \ndl
Plant

Maathuis FJ M, FlowersTJ, YeoAR. 1992. Sodiumchloridecompartementation in leaf vacuoles of the halophytes SlIaeda mar;tama (L.) Dum. and its relation to tonoplast permeability. j. Exp. Bot. 43: 1219- 1223 . Mackill OJ , Nguye n HT and Z hang JX. 1999. Use of molecular markers in plant improvem ent programs for rai nfed lowland rice. Field Crops

Research. 64,177- 185. Maestri E, Klueva N, Perrotta C, G ulli M , Nguyen HT, Marmiroli N. 2002. Molecu lar generics of hear to lerance and heat shock proteins in cereals.

Plant Mol. Bioi. 48: 667-681.

nd their genes ITH. 1999. Transcrtptlon ractorsa . .

.

.

c

nal do main , evaluation and regulation. fu.r.

J.

!57. • and DNA \. 2000. Genomics, gene expreSSIo n "-836. . Seufert G. 1998.0nthe monoterpene . CSlky 0, I lerance ofleaves bs and o n the increased t ,.rmoto lant Cell nigarcd with selected monorcrpenes. P he common bean f h rowt E. 1991. Vegetativeg 0 t . n. Crop Sci. 3 1: 380-387. noto H . 1997. Specific secretion of citric aCId . t t1 L Plant Cell Ph.siol. 38: I 019- 1025. J CasSIIl or . ihashi E. 1998. Effect of silicon on the growth of

'1 Sci Plant Nlttr. 35:347-356. 50, owt'1 . I stages.

Magalhaes. 2002. Molecular genetic and physiological in vestigation of aluminum tolerance in so rghum (Sorghum bicolor) [PhD l11esisl. Corn ell Univ. pp. 192. Makmur A, Sopa ndie D, Sutjah yo SH, dan Aswidinnoor H. 1999 . Breeding upland rice (OI)'ZtI sativa L.) for adaptation to acid soil: physiology and inheritan ce of nutrient element effi ciency under aluminium stress. Laporan Penelitian Graduate Team Research Grant.

Mansour MMF. 2000. N itrogen co ntai ning co mpou nds and adaptation of plants to salini ty stress. Bioi. Plant. 43 :49 1-500. Manuhara-Karti PD. 2003. Respon morfofisiologi rumput toleran dan peka aluminium terhadap penambahan mikro.o rga nisme dan pembenah [allah

[Disertasil. Program Pascasa rjana IPB, Bogor. Marchand FL, Mertens S, Kocke lbergh F, Beyens L, N ijs I. 2005. Performancem of high arctic tundra plants improved during but deteriorated after ex posure co a simulated ex treme rempera[Ure event.

Global Change BioI. II: 2078-2089.

187

•

Daftar Pustaka Ma riska I, Sjamsud in E, Sopandie 0, Hutam i S, Husni A, Kos miati n M, Vivi AN. 2004. Peningkatan ke tahanan [am man kedelai terhadap al uminiu m melalu i kulrur in vitro. jumal Litbang Pertanian. 23(2):46-52.

M iftahudin , N urlaela, juliarni. 200". t.;" in Root Apices of Two Ri ce V anC1;" journal of Biosciences. 14: I 10-1 14

Ma rschner H . 1995. Mineral Nutrition of Higher Plants. 2" . New Yo rk: Academic Press.

Mi mura T, D ietz Kj , Kaiser W, SchramJt1 Phosphate transpon across biomemi ho meostasis in barley leaves. Planra. I

Ma nienssen RA, Rabinowicz PO, O 'Shaughnessy A, McCombie W R. 2004. Sequencing the maize ge nome. Czar. Opin. Plant Biol. 7: 102- 107. MatsumotO H . 199 1. Biochemica l mechanism of [Qx iciry of aJum inuITI and

the sequestratio n of aluminum in plant cells. In Plant-So il interact io n at Low pH . Eds. Wright Rj , Baliga r VC, M urmann RP. pp 825-838. Kluwe r Academic Publisher, Dord recht.

Mats umoto H , Yamamoto Y, Kasa i M. 2003. C hange of so me properties of the plasma mem brane enriched fractio n of barl ey roOts related to al uminum su ess: Membranes associated AT P-ase, Aluminum , and Calcium. Soil Sci. Pla", Nutr. 38:4 1 1-4 19. Matsuo ka M , Furbank RT, Fukayama H , M iyao M . 200 1. M olecular engineerin g of C4 photosynthesis. Arulll. Rev. Plant Physiol. Plant Mol Biol. 52: 297-3 14.

Mitra j . 200 1. Ge netics and ge netic 1m,,' crops pla1l[s. Current Scie. 80:758-- ::. M iyasaka SC, Hue NY, Dunn MA. 1()( OJ (eds.) Handbook of Plant N utria Mo mcilovic I, Ristic Z . 2007. Expres" >n elo nga tio n factor, EF-Tu, in two lines"; to heat stress durin g ea rly Stages of pI.. 164: 90- 99. Mo ntalvo- Hern andez L, Eli as Piedra-Ibarn.1 R, Acosta-Gallegos j A et at. 2008. Diffi: in dro ught- to lerant and suscept iblt." to wa ter deficit.

COlI

New Phytol. 17': I 12-1

Maxwell K, j oanne LM, Rachel M L, H owa rd G, and Perrer H . 1999. C hloro plast acclimati o n in leaves Cuz mania monostachia in respo nse [Q high light. Plant Physiology. 12 1:89- 95.

Mo ntero-Tavera V, R Rui z-Medrano. B

McNellis T , Deng XVI. 1995. Ligh t control of seedling mo rph ogenic pattern . The Plant Cell. 7: 1749- 176 1.

Moo re R, Eva ns M L, Fondre u WM . 19'JO .. primary roO ts of Zea mays cv. Ag~

Mehra A, Farago MM . 1994. Metal Io ns and Plant N utritio n. In : Farago MM (Ed). Plants and the Chemical Elements Biochemistry, Uptake, Tolerance alid Toxicity. VC H Ve rl agsgesellschafr

Muhuria L. 2007. M ekanisme fi siologi (Glycine max (L.) Me rrill ) terhadap ;n° Seko lah Pascasa rja na Institut Penan,"" 1

Meijer AH , De Ka m Rj , d' Erfunh I, Shen W, H oge jH C. 2000. H D-Zip

Muller j E, W hi rs i" MS. 1997. Plant ali In Bel hasse n (ed). D ro ught T oler.

protein o f fa mily I and II fro m ri ce: inte racti on and functi o nal pro perri es.

M ol Gell Genet. 236: 12- 2 1. Me ngel K, Kirby EA. 1982. Principle of Plant Nutrition . Bien, Switze rland: In c. Potash Institu te.

MiAin II. 2000. C rop im provement in the 2 1" Centu ry.journal. ofExperimental Bot.my. 5 I : 1-8.

nature of dro ught- ro leranxce in ~

3 :663-666.

physiological and molecular biolol!J • Dordrecht. I 04 p. pp 4 1-46.

it

M uller P, Li XP, Niyogi KK. 200 I. Non to excess light energy. Plant PhYSZOL L -

188

•

Daftar Pustaka lldie DJ Hutanli S, Husni A, Kosrniarin M. Vivi rmhanan tanaman kedelai rerhadap aluminium

mal Litbllng Pertllninn. 23(2):46-52. " Nlltrition of Higha Pillnts.

2'~. New York:

P D. O'Shaughnessy A. McCombie WR. 2004. ome. Curro Opin. Plllnt Biol. 7: 102-107. mical mechanism of toxiciry of aluminum and n.inum in plant cel ls. In Plant-Soil Interaction RJ. Baligar Vc. Murmann RP. pp 825-838 . ~
. Kasai M. 2003. Change of some properties i< enriched fraction of barley roOtS related to l1 ranes associated ATP-ase, Aluminum, and \ 'utr. 38:41 1-4 19. , Fukayama H . Miyao M . 200 I. Molecular !Synthesis. Annll. Rev. Plant PhysioL. Plant MoL.

lche! ML. Howard G. and Petter H. 1999. in leaves Cuzmania monostachia in response to ~.

121 :89-95.

, Light control of seed ling morphogenic pattern.

'61.

Miftahudin. Nurlaela. Juliarni. 2007. Uptake and Distribution of Aluminum in RoO[ Apices of Two Rice Varieties under Aluminum Stress. Haynti JOllmal of Bioscienm. 14: I 10-1 14. Mimura T. Dietz KJ. Kaiser W. Schramm MJ. Kaiser G. H eber U. 1996. Phosphate transport across biomembranes and cytosolic phosphate homeostasis in barley leaves. Piantll. 180: 139-146. Mirra

J.

200 I. Genetics and genetic improve n1 enr of drought resistance in

crops plants. Cllrrent Scie. 80:758-762. MiyasakaSC. Hue NY. Dunn MA. 2007. Aluminum. In BakerAV. I'ilbeam OJ (eds.) Hllndbook of Plant Nlltrition. CRC Press. 632pp. Momcilovic I. Ristic Z. 2007. Expression of ch loroplast protein synthesis elongation t.1cror, EF-T u, in rwo lin es of maize with contrasting tolerance

to heat stress during early stages of plant development. j. Plant PhysioL. 164: 90- 99. Montalvo-Hernandez L. Elias Piedra-Ibarra E. Gomez-Silva L. Lira-Carmo na R. Acosta-Gallegos JA et nl. 2008. Differential accumulation of mRN As in drought-tolerant and susceptible common bean cu lri vars in response to water deficit. New Phytol. 177: I 02- 11 3 . Montero-Tavera V. R Ruiz-Medrano. B Xocnosde-cavarez. 2008 . Systemic nature of drought-to lera nxce in common bean. Plant Signal. Behav. 3:663-666. Moore R. Eva ns M L. Fondreu WM. 1990. Inducing curvatropic curvature of primary roots of Zea mays cv. Agrotropic. Plnnt Physiol. 92:310- 315.

tgsgesellschaft

Muhuria L. 2007. Mekanisme fisiologi dan pewarisan sifat roleransi kedelai (Glycine mfIX (L.) Merrill) terhadap intensitas cahaya rendah [Disertasi]. Sekolah Pascasarjana I nstitut Pertanian Bogor.

!rfurth I. Shen W. Hoge JHC. 2000. HD-Zip from rice: inte ract ion and functional properties.

Muller JE. W hi tsitr MS. 1997. Plant cellular responses to water deficit. In Belhassen (ed) . Drought Tolerance in Higher Plants. Genetical.

\let3110ns and Plant Nutrition. In: Farago MM

rmicnl Elements Biochemistry. Uptake. Tolernnee

-21.

Principle of Plant Nutrition. Bien. Switzerl and: tment in the 2 1" Ce ntury.Journal. ofExperimental

physiological al1d moleculllr biology analysis. Kluwer Academic Publishers. Dordrecht. 104p. pp 41-46.

• Muller p. Li xp. Niyogi KK. 200 I . Nonphotochemical quenching. A response to excess light energy. Plant PhysioL. 125: 1558- 1566.

189

•

Daftar Pustaka M ulya ni A. Hikmarullah. Subagyo H. 2003 . Ka rakteristik dan Po tensi Tanah Masam Lahan Kering D i Indo nesia. Prosiding Simposillm Nasional

Pemberdayaan Tanah Masam. Buku r. Bandar Lampung. 29- 30 September 2003. Pusli tba ng Tanah dan Agrokl imat. Bali tbangta n Depta n. Bogor. M ulya ningsih ES. Aswidi nnoo r H . Sopandie D. O uwe rkerk PB F. Loedin I H S. 20 10. T ransform asi padi indica kultiva r Batutegi dan Kasalath denga n gen regulato r H D-Zi p untu k peraki ta n varietas toleran kekeringa n. 20 10.}. Agron. l ndonesia. 38( 1):1 - 7. M ulya ningsih E. 20 II. Penge mbanga n Padi Gogo Toleran Ke kerinngan melalui T ransformasi Ge netik ge n Regulato r H D-Z ip Oshox6 da n Seleksi Populasi Padi Mengandun g Marka Ge netik QTL J2. J [Disertas i]. D oktor Sekolah Pascasa rjana I PB . 128 pp. M urchie EH . Hubbart S. C hen Y. Peng S. Ho rton P. 2002. Acclimation of ri ce photosynthesis to irradiance under field conditions. Plant Physiol. 130: 1999-20 I O. M urley YR. Theodorou ME. Plaxto n Wc. 1998. Phos phate starvationind ucible pyrophosphate-dependent phos phofructokin ase occurs in

Neumann DM • Emn,erm ann M ThJ Braun HP ' Nove r L, Sc h mJ[Z .' L . stress protein of pJant miroch0nd..r-9 N ielsen NE. Schjorring J K. 1983. up take fro m soil by va ri ous bart.,.. 230. Noo r M. Maas A. Notohadikus umo T. Pembasa han Terh adap Sifat IGmJ:. j 1lrnal Tanab dan Iklim. 27:33 !-t. O kada K. Yas unori I. Kazuhi ko S. Tod:; hgh t on degradation of chloroph detaches ri ce leaves. Plant CeU PJ..m4 Dono y, Seki M , Na njo T .

,1-3 ,,\ expression profiles of Arabidopsu process after dehydration usim: Cl..Plant}. 34: 868- 887. [\.';uru

plants w hose roo ts do not fo rm symb iotic associa ti o ns w ith mycorrhiza l

O rt D R. 200 I. W hen there is too m

fun gi. Physiologia Plantarum. 103(3): 405-4 14.

O rti z-Monas teri o J L, Manske GGB phospho rus use efficiency. In ~ M, and Raja ram S. (eds). App C IMMYT Wheat Program . .\Iexi.......

M urphy R. J KE O rtega. 1995 . A new pressure p robe method to detetmine th e ave rage vo lum etri c elastic- modulus of cells

in plant ti ssue. Plant

Physio/. 107: 995- 1005. M urty YS and Sahu G . 1987. Impact of low light stress on growth and yield of ri ce. Di dalam Dey SK and Baig MJ . edito r. Weather and rice. Proc. InternationaL workshop on impact of weather parameters on groUJth and yield of rice. Phillippines- Los Banos: IRRl.

Osaka be Y, Ma ruya ma K, Sda \1 Shinozak i K. 2005. Leucine-nd. <_ membrane- bound regulamr otPlant Cell 17: I 105- 111 9.

Nachit MM and Elouafi 1. 2004. In 'C hallenges and Strategies for D ryland Agri cultu re'. (Eds. S.c. Rao and J. Rya n). 203-2 18. CSSA Special Publication 32 Crop Science Society ofAmerica. Inc. Ameri can Society of

O tani Tand Ae N . 1996 . SenSf[J'1(\" '" length and soil volu me. Agronj.

Ag ro no my, Inc. Madison, W isco nsin , USA.

Nagy NE. D alen LS. Jo nes DL. Swensen B. Fossdal CG. Eldhuset TD . 2004. Cytological and Enzymatic Respo nses to Al umin ium Stress in Root T tips of Norway Spruce Sedlin gs. New Phytologist. Naka moto H . Hiya ma T. 1999. H eat-shock proteins and temperatu re Stress. In: Pessarakli . M. (Ed. ). Handbook of Plant and Crop Stress. Marcel Dekker. New York. pp. 399-4 16.

Ozawa T . Sahas hi K, Na kase Y, Clu.oc~ B.. associa ted with mi tochondrial Com mun . 213:432-438. • Pa rtohardjono S, Adini ngsih J . ' ; ' 0 produkti vitas lahan kering bet; I usahatani . InSya m M (ed). R""hhl.Jj

SlStem Usaba fani di Lima Agroeft Pertanian. pp. 47- 62.

190

•

Daftar Pustaka

, H. 2003. Karakteristik dan Potensi Tanah indonesia. Prosiding Simposiltm Nasional

• Buk" I. Bandar Lamptmg, 29-30 September l -~lok1i mat , BaHtbangtan D eptan. Bogor,

-

t Sopandie 0 , Ouwerkerk PBF, Loedin IH S. 1C)(:a kultivar Batutegi dan Kasalath dengan

ruk perakiran va ricrJS toleran kekerin gan .

: 1): 1-7.

nbangan Padi Gogo Toleran Kekerinngan .etik gen Regulator HD-Zip Q,hox6 dan Ln
Y. Peng S, Horton P. 2002. Accl im ation of liance under field conditions. Plant Phy,io/. Plaxton We. 1998. Phosphate starvation-

iependenr phosphofruccokinase occurs in

'Orm symbiotic associat io ns with mycorrhiza l

II.

103(3): 405-4 14.

A new pressure probe method to determine ~tic- modulus of cel ls in plant tissue. Plant

mpact of low light stress on growth and yield and Baig MJ , editor. Weather and rice, Proc. impact of weather parameters on growth and DS

Banos: IRRI .

14. In 'Challenges and Strategies for Dryland Rao and J. Ryan), 203-2 18. CSSA Special e Society of America, Inc. American Society of W isconsin , USA. Swensen B, Fossdal CG, Eldhuset TO. 2004.

: Responses

[0

Aluminium Stress in Root Trips

s. New Phytologist.

). Heat-shock proteins and te mpe ratu re stress.

Handbook of Plant and Crop Stress. Marcel )-4 16.

Neu mann OM, Emmermann M, Thierfelder jM, Zur Nieden U, Cleri cus M, Braun HP, Nover L, Schmitz UK. 1993. HSP68- a DNAK-like heatstress protein of plant mi tochondria. Planta. 190,32-43 . Nielsen NE, Schjorring JK. 1983. Efficiency and kinetics of phosphorus uptake from so il by various barl ey genotypes. Plant and Soil. 72:225230. Noor M, Maas A, Notohad ikusu mo T. 2008. Pengaruh Pengeringan dan Pembasahan T erhadap Sifa t Kimia Tanah Sul fat Masam Kalimantan. jurnal Tanah dan fklim. 27:33-44. Okada K, Yasllnori I, Kazuhiko S, Tadahiko M, Sakae Ie. 1992. Effect of light on degradation of chlorophyll and proteins during senescence of detaches rice leaves. Plant Cell Phy,io!. 33(8): 11 83-11 9 1. Oono Y, Seki M, Nanjo T , Na rusaka M, Fuj ita M et al. 2003. Monitoring ex pression pro fil es of Arab idopsis gene express io n during rehtdrarion

process after dehydration using ca.7000 full -Ienghth c DNA microa rray. Plant). 34: 868-887. Orr DR. 200 1. When there is too much light. Plant Physiol. 125:29-32. Ortiz-Monasterio jL, Manske GGB, van Gi nkel M. 200 1. Nitrogen and phosphorus use efficien cy. fn Reynold MP, Trethowan RM , van Ginkel M, and Rajaram S. (eds) . Application of physiology in wheat breeding. CIMMIT Wheat Program , Mexico. Osakabe Y, Maruya ma K, Seki M, Satou M, Sh inozaki K, YamagllchiShinozaki K. 2005. Leucine- rich repeat receptor-like ki nasel is a key membrane-bound regulator of absisic acid early signaling in Arabidopsis. Plant Cell. 17: I 105- 1 I 19. Otan i T and Ae N. 1996. Sensitivity of phosphorus uptake to changes in rOOt length and soil volume. Agron.j. 88:37 1-375. Ozawa T , Sahashi K, Nakase Y, Chance B. 1995. Extensive tissue oxygenation associated w ith mirochondrial DNA mutations. Biochem BioplJys Res Commun. 2 13:432-438.

•

Partohardjono S, Ad in ings ih j S, dan Ismail IG. 1990. Peningkatan produktivitas lahan kering berikJim basah melalui teknologi sistem lIsahatani . ln Sya m M (ed). Risalah Lokakarya Penelitian Sistem U,ahatani, Sistem USl1ha tani di Lima Agroekosistem. Puslirbangran Pangan , Balitbang Pertanian. pp. 47- 62.

191

•

Oaftar Pustaka Passioura ]B. 1996. Drought and drought tolerance. Plant Growth Regul. 20: 79- 83.

Poirer Y, Thoma S, Somerville C, Schicr deficient in xylem loading of phu .

Pattanayaka GK, Biswal AK, Reddy VS, Tripathy Be. 2005. Light-dependent regulation of chlorophyll b biosynthesis in chlorophyllide a oxygenase overexpressing tobacco plants. Biochemical and Biophysical Research Communications. 326: 466--471.

Posmyk MM , Kontek R, Janas K\(. Copper Stress Injury in Meristc . Plam. 30:48 1--491.

Pellet OM, Grunes DL, Kochian LV. 1995. O rganic acid exudation as an aluminium mlerance mechanism in Maize (Zen mays L.) Planta. 196:788- 795 . Pellet OM , Papernik LA, Kocian LV. 1996. Multiple Aluminium-Resistance Mechanisms in Wheat. Plant Physio/. 122 :591-597. Penna S. 2003. Building stress tolerance through over-producing trehalose in transgenic plantS. Trends Plant Sci. 8:355- 357.

Purnamayani R, Subowo. 2008. Ana. Lahan Pasang Surut Kabupaten Seminar Nasional dan Dialog Su ... 20 November 2008. Buku IV. -:-. Balai Besar Penelitian dan Pengeml:o Badan Penelitian dan Pengemb4l1g21 Purwati RD, Marjani. 2009. Evaluasi kc.. cekaman Fe pad a pH masam . B Minyak Industri . 1(1):28--40 .

Peng S, Isma il AM. 2004 . Physiological Basis of Yield and Envi ronmental Adaptation in Rice. In Nguyen HT and Blum A (eds). Physiology and Biotechnology [ntegration for Plant Breeding. Marcel Dekker, Inc. New York.

Purwoko SB, Sopand ie 0, Wiraw.tj Pengaruh naungan terhadap produ. (L.) Schott). jl/rnal Tanl/man T

Peng XX, Yamauchi M. 1993. Ethylene production in rice bronzing leaves induced by ferro us iron. Plant Soil. 149 :227-234.

Pusat Penelitian dan Pengembangan T Potensi dan Ketersediaan Air Berba." Neraca Air DAS. Laporan Akhir PM

Peng Z, Lu Q, Verna 01'. 1996. Reciprocal regulation of DI -pyrroline5-carboxylate synthetase and proline dehydrogenase genes controls proline levels during and after osmotic stress in plants. Mol. Gen. Genet. 253:334--34 1. Polle EA, Konzak CF. 1990. Genetics and Breeding of Cereals for Acid Soil and N utrient Efficiency. [n Balligar V.C, Duncan RR (eds). Crop as Enl 'ncers ofNutrient Use. Academic Press. San Diego. p:81 - 13 1. Polle S KOnz.1k CF, Kittrick JA. 1978. Visual Detection of Aluminum Tolc mce Levels in Wheat by Hematoxylin Staining of Seed ling Roots. Crot Sci. 18:823- 827. Ponnam l ruma FN . 1972. 1he chemistry of submerged soils. Adv. Agron. 24:. -96. Portis 1 1992. Regulation of ribulose 1,5 bisphosphate carboxylasel oxy otase activiry. Annu Rev. Plant Physiol. Plant Mol. BioI. 43:41543 , . •

ror

Pusat Penelitian dan Pengembangan T~ Arahan Tara Ruang Penanian Penelilian dan Pengembangan T anal Raghavendra AS, Gonugunta VK, au perception and signall ing. Trends PI. Rahmawa ti S. 20 12. T ransformasi G e nct~ dan AgrobacteriunI dan Analisis PetaJI Sekolah Pascasarjana IPB . 107pp. Rajendrakumar CSV, Suryanarayan. T destabiliz.1tion by proline and bet> • tolera nce process. FEES Letters, 4 10: Ramagosa I, Fox PN. 1993. Genot)1'4 adaptatio n. III Hayaward MD , Bose Plant Breeding Principles and Prospecl 373- 390 .

192

•

Daftar Pustaka ught tolerance. Plant Growth Regll/. 20:

Poi rer Y, 1110 rna S, Somerville C, Sch iefelbei n J. 1991. A mutant of Arabidopsis deficient in xylem loading of phosphate. Plant Phy,io/. 97: I 08- 1093.

\'S, Tripathy BC 2005. Light-dependent )synthesis in chlorophyll ide a oxygenase Biochemical and Biophy'icai Research

Posmyk MM, Kontek R, Janas KM. 2008. Red Cabbage Extract Limits Copper Stress Injury in Meristematic Cells of Vicia foba. Acta Ph]'iol Plant. 30:48 1-49 1.

LV. 1995. OrganiC acid exudation as ism in Maize (Zea may' L.) Planta.

Purnamayani R, Subowo. 2008. Analisa Produksi Padi Berkadar Besi di Lahan Pasang Surut Kabupaten Banyuasin Sumatera Selatan. Pro,iding. Seminar Nasional dan Dialog Sumberdaya Lahan Pertanian. Bogor, 1820 November 2008. Buku IV. Teknologi Pengelolaan bhan Rawa. Balai Besa r Penelitian dan Pengembangan Sumberdaya bhan Pertanian .

1996. Multiple Aluminium-Resistance by,iol. 122: 591-597. ce thtough over-producing trehalose in Sci. 8:355-357. ical Basis of Yield and Environmental n HT and Blum A (eds). Phy,iology and 'lant Breeding. Marcel Dekker, Inc. New ylene production in rice bronzing leaves

Soil. 149:227-234. . Reciprocal regulation of DI -pyrrolineproline dehydrogenase genes controls r osmotic stress in plants. Mol. Gen. Genet.

tics and Breeding of Cereals for Acid Soil Balligar V.C, Duncan RR (eds) . Crop as p.demic Press. San D iego. p:81 - 131.

IA.

1978. Visual Detection of Aluminum . Hematoxylin Staining of Seedling Roots.

chemistry of submerged soils. Adv. Agron.

If ribulose 1,5 bisphosphate ca rboxylase! IV.

Plant Physiol. Plant Mol. Bioi. 43:415-

Badan Pe nelirian dan Pengembangan Penanian.

Purwati RD, Marjani. 2009. Evaluasi ketahanan plasmanutfah kenaf terhadap cekam an Fe pad a pH masa m. Bul. Tanaman Tembakau , Serat dan Minyak Industri. 1(1):28-40. Purwoko SB, Sopandie 0, Wirawati T, Somantri lH, Dewi IS. 2003. Pengaruh naungan terhadap produksi tanaman ralas (Coiocasia escuienta

(L.) Schott). Jllrnal Tanaman Tropika. 6(1): 1-8.

Pusat Penelitian dan Pengembangan Tanah dan Agroklimat. 2000. Analisis Potensi dan Ketersediaan Air Berbasis Daerah Aliran Sungai Berdasarkan Neraca Air DAS. Laporan AMir Penelitian. Tidak dipublikasikan . Pusat Penelitian dan Pengembangan Tanah dan Agroklimat. 2001. Atlas Arahan Tata Ruang Pertanian Nasional skala I: 1.000.000. Pusat Penelitian dan Pengembangan Tanah dan Agroklimat, Bogor. Raghavendra AS, Gonugunta VK, C hristmann A, Grill E. 2010. ABA perception and signalling. Trends Plant Sci. 15: 395-40 I. Rahmawati S. 2012. Transformasi Genetika Padi dengan Perantara Rhizobium dan Agrobacterillm dan Analisis Peranan Gen O,hox6 [DisertasiJ. Doktor Sekolah Pascasa rjana IPB. 107pp . Rajendrakumar CSV, Suryanarayana T, Redd y AR. 1997. DNA helix destabilization by proline and betaine: possible role in the saliniry tolerance process. FEBS Letter" 410:• 201-5. Ramagosa I, Fox PN . 1993. Genotype x environment interaction and

adaptation. In Hayaward MD, Bose mark NO, and Ramagosa I (eds). Plant Breeding Principles and Pro,pect. C hapman and Hall , London. pp. 373-390.

193

•

Daftar Pustaka Ramanjulu S, Bartels D. 2002. Drought-and desiccation-induced modulation of gene expression inplant. Plant Cell Environ. 25 : 141-15 1.

Rivero RM, Rui z ]M , Ga rcU L. 200 I. Resistance to u' compounds in tom aro and

Rao 1M , Friesen OK, Osaki M. 1999. Plant Adaptation ro PhosphorousLimited Tropical Soi/. [n Pessarakli M (ed). HandbookofPlantrmdCrop Stress. New York: Marcel Dekker. P:61 -8 1.

Roberts J K.M. 2002. ProrrollLa biologists. Plant MoL Bl

Rao 1M, Terry N. 1989. Leaf phosphate status, phorosynthesis, and and carbon partitioning in sugar beer. I. C hange in growth, gas exchange, and calvin cycle enzyme. Plant Phys;o!. 90: 8 14-8 19.

Roechan S, Sudarman 0. 1 "~ yel low podzolic soil alter Pene/itian Pertanian. 1~ 1):

Rengel Z, Robinson DL. 1989. Competitive AI" inhibition of net Mg" uptake by Lol;ltm mltltiftorum roors. l. Kinetics. Plant Pbysio! 91: 1407- 1413.

Rodriguez-Navarro A. 2000. Biochem-Biopbysiol ACCJ I.

Reynold MP, T rethowan RM , van G in kel M, Rajaram S. 200 I. Application of Physiology in Wheat Breeding. Mexico: CIMMYT Wheat Program.

Roghothama KG. 1999. Ph

Reynold MP, Rubeena, Trethowan R. 2004. Using "smart" physiologicaltra it based crossing strategies [Q accumulate drought-adaptive genes.

Riimheld V, N ikolic M. 2{) - . I

Physiology and Plant Mo.m.J

Proceedings of the Rockefeller Workshop on Molecular Approaches for Improving Drought Toiemnce, 24- 28th May 2004, C uern avaca, Mexico.

Rusdiansyah. 2002.1ntrogr..i .. Stud i Pewarisan Sih" Keter Bias Daun pada Popula.. [D isertasi]. Dokror PrO!:ram

Rhue RD, Grogan CO. 1977. Screening corn for AI rolerance using different Ca and Mg concentrations. Agron.}. 69:755-760. Ribaut JM, Jiang C, Gonzalez de Leon D, Edmeades GO, and Hoisingron DA. 1997. Identification of quantitative trait loci under drought co nditio ns in trop ical maize. 2 . Yield compo nents and marker-assisted selection strategies. Theor. Appl. Genet. 94:887-896.

~

Ryan PR, Shaff JE, Kochian. ' among ionic currenLS, I .n •

sensitive and aluminum [

1200.

Ribaut JM , Banziger M, Berran J, Jiang C, Edmeades GO, Dreher K, H oisingro n D. 2002. In 'Quantitative Genetics, Genomics, and Plant Breeding: (Ed M.5. Kang), pp. 85-99. CABI Publishing, Wallingford.

Ryan PR, Delhaize E, Rand.ill I evidence for a general me- h.

Physio! 22:531-536.

Ribaut JM , H oisingron D, Banzige r M, Serrer T, Ed meades G. 2004. In ' Physiology and Biotechnology Integration for Plant Breeding'. (Eds. Nguye n HT, Blulll A), pp. 57 1-609. Marcel Dekker, Inc., New York. Ri chards RA. 1997. Definingselection criteria ro improve yield under drought. In Belhassen (ed). Drought Tolerance in Higher Plants. Genetical, physiological and molemlar biology analysis. Kluwer Academic Publishers. Dordrecht. I04p. pp 79-88 l~cha rds

RA. 2000 . Selectable trairs ro increase crop phorosynthesis and yield of grain crops. j. Exp. Bot. 51, 447-458.

Ryan PR, Delhaize E, Jon .. DL anion ex udatio n from plant 52: 527-560. •

Sairam RK, Tyagi A. 2004. Ph} tolerance in plants.

CUTT,

Sa.

Saka mo ro A, Murata N. 2002. of plants from stress: duo 25: 163- 17 1.

1~

•

Daftar Pusta a ~ought-a nd desiccation-induced modulation

'lant Cell Environ. 25: 14 I-I 5 I . 1999. Plant Adaptation to Phosphorous....rakli M (ed). Handbook ofPlant and Crop okker. 1':61 -8 1.

Rivero RM, Ruiz JM , Garcia PC, Lopez-Lefebre LR, Sanchez E, Romero L. 200 I. Resistance to cold and heat stress: accumu lation of phenolic compounds in tomato and watermelon plants. Plant Sci. 160: 315-321 . Roberts J KM. 2002. Proteomics and a future generation of plant molecular biologists. Plant Mol. BioI. 48 : 143-154.

phosphate status, photosynthesis, and and r beet. I. Change in growth, gas exchange, Physiol. 90: 814-819.

Roechan S, Sudarman 0. 1982. Nutrie nt status of the rice plant in a red ye llow podzolic soi l afte r rhree succesive seasons of phosphate application. Penelitian Pertanian. 2(1): 30-33.

bmpetitive AP' inhibition of net Mi' uptake

Rodriguez-Nava rro A. 2000. Potassi um transport in fungy and plants. Biochem-Biophysiol Acta. 1469: 1-30.

tnt

I. Kinetics. Plant Physiol. 9 1: 1407-1413.

r.

Ginkel M, Rajaram S. 200 I. Application of Mexico: CIMMYT Wheat Program.

~n R. 2004. Usi ng "smart" physiologicalies

to

accumulate drought-adaptive genes.

kr Workshop on Molecular Approaches for t,

24-28th May 2004, Cuernavaca, Mexico.

Roghothama KG. 1999 . Phosphate Acquisition. Annual Review of Plant

Physiology and Plant Molewlar Biology. 50:665-693. Riimheld V, Nikolic M. 2007. Iron (C hapter II). [no Handbook of Plant Nutrition, Barker AV, Pilbeam DJ (Eds.), pp. 329-350. CRC Press: Taylor & Francis Group, Boca Raton . ISBN: 0824 759044. Rusdiansyah. 2002. I ntrogresi Sifat-Sifat Agronomi dari Spesies Padi Liar serta

;reeni ng corn for AJ tolerance using different

Studi Pewarisan Sifat Ketenggangan AJuminium dan Kctahanan Penyakit

Agron.j. 69:755-760.

Bias Daun pad a Populasi Keturunan Si langba lik Oryzn gillmaepatuia [Disertasi]. Doktor Program Pascasarjana IPB, Bogor.

Ie Leon D, Edmeades GO, and Hoisington of quantitative trait loci under drought e. 2. Yield components and marker-ass isted

rpl. Genet. 94:887-896. til

J, Jiang C, Edmeades GO, Dreher K,

guantitfltiv( Genetics, Genomics, lind Plant

pp. 85-99. CAB I Publishing, Wallingford. Iziger M, Setter T , Ed meades G. 2004. In ,logy Integ ration for Plant Breeding'. (Eds. 571-609 . Marcel Dekker, Inc., New York.

Ryan I'll., Shaff JE, Kochian . 1992. Aluminum toxi city in roots. Correlation among ion ic c urrents, ion AlI)~es, and rOOt elongation in aluminum sensiti ve and alum inurn ro leranr wheat cultivars. Plant Physiol. 99: 1 193-

1200. Ryan PR, Delhaize E, Randall PJ. 1995 . Malate efflux from rOOt ap ices: ev ide nce for a ge neral mechanism of AJ-tolerance in wheat. Aust J Piant

Physiol.22:531 -536.

nion criteria to improve yield under drought.

Ryan PR, Delhaize E, Jones DL. 2001. Function and mechanism of organic anion exudation from plant roots. Annll Rev Plant Physiol Plant Mol Bioi. 52: 527-560 .

t Tolerance in Higher Plants. Genetical, 'iology analysis. Kluwer Academic Publishers.

Sairam RK, Tyagi A. 2004 . Physiology and molecular biology of salinity stress tolera nce in plants. Curro Sci. 86: 407-42 1.

I

Sakamoto A, Murata N. 2002. The role of glyc ine betaine in the protection of plants from stress: clues from transgenic plants. Plallt Cell Environ. 25:163- 17 1.

airs

to

increase crop photosynthesis and yield

11,447-458.

195

•

Daftar Pustaka Sakamoto T, Matsuoka M. 2004. Generating high-yielding varieties by genetic manipulation of plant architecture. Curro Opin. Biotech. 15: 144-147.

Seaman]. 2004. Mechanisrru of

Sangwan V, Dhindsa RS. 2002. In vivo and in vitro acrivacion of remperacure

Sekhar K, Bpriyanka, R
resistance to saJinjcy

responsive plant map kinases. FEBS Lett. 531: 561-564. Salisbury FB, Ross CWo 1992. Plant Physiology. Wadsworth Pub. Co. 540p. Salvucci ME, Ogren WL. 1996. The mechanism of rubisco accivase : insight from studies of the properties and the structure of the enzyme. Phorosyn Res. 47: I- II.

be·

Seki M , Narusaka M, Ishida). , the expression profiles or-eX]) seresses using full-Ienght cO. "jIj

Salvucci ME, Crafts-Brandner S]. 2004. Inhibition of photosynthesis by heat

Senioniti E, Manetos Y, Gaval.. " temperature on the acrivi n·

stress: rhe activation state of Rubisco as a limiting faeror in phorosynthesis.

Physiol. Plant. 120: 179- 186.

•

Amart/nthus paniel/latllS. Plam

Samac DA, Tesfaye M. 2003. Plant improvement for tolerance to aluminium in acid soils - a review. Plant Cell, Tissue and Organ Cultt
Sharkey TO. 2005. Effects of importance of thylakoid rOClIQI

species, and rhermorolerancc 28: 269-277.

Sanchez PA, Uehara G. 1980. Managemen[ consideration for acid soils with high phosphorus fixation capacity. Dalam Khasawneh FE, Sample EC and Kamprath E] (eds.). The Role of Phosphorus in Agricttltt
Sharma-Natu P and Ghildiyal ~I photosynthesis and crop ~'iekL

Sang Y, Xheng S, Li W, Huang B, Wang X. 2001. Regulation of plant water loss by manipularing the expression of phospholipase Da. Plant I 28: 135- 144.

Shimizu. 2004. Estimating from osmotic stress, high

Santosa E, Sopandie D , C hozin MA, Harran S. 2000. Adaptasi fisiologi [ana man padi gogo terhadap naungan: Kondukransi stomata, laju pertukaran karbon, dan respirasi. Comm.Ag. 6(1): 1-8.

Shinozaki K, dehydration and low

Sato S, Kamiyama M , Iwata T , Makira N, Furukawa H , Ikeda H. 2006.

Shinozaki K, Yamaguchi-Shinouki drought stress response and

PNAS. 101:1195- 11 99.

rwa stress signaling path\\·als-

Moderate in crease of mean daily temperature adversely affects fruit set of

Lyel >mieon esculentt<m by disrupting specific physiological processes in mal reproductive development. Ann. Bot. 97: 73 1-738 . Savchenl ,GE, K1yuchareva EA, Abrabchik LM, Serdyuchenko EV. 2002. Effe. of periodic heat shock on the membrane system of ecioplasts. Rllss. I 1', r Physiol 49: 349-359. Saxena N I' .lf1d O'Toole ]C. 2002. Field screening for drought tolerance in Cf( ' ) plants with emphasis on rice. International Work,hop on Field Screen, {ordroughr Tolerance in Rice, IC RISAT, Patancheru, India.

196

•

Siedlecka A, Tukendorf A, kc5rn Baszyrlski T , Krupa Z. 2001. Fabaceae and Poaceae; other Metals ;1'1 the Environmmr A Silva IR, Smyth T], Raper CD. aluminum mlerance in

acids. Pbysiol Plant. 112:200-_

Daftar Pustaka

:;eneratin g high-yield ing va ri eti es by ge netic "ture. Cllrr. Opin. Biotech. 15: 144- 147.

Sea man) . 2004. Mechanisms of salt to lerance in haloph ytes: can cro p plants resista nce to salini ty be imp roved ' (www.google.com . 8 Agustus 2006)

vivo and in viuo acti vatio n o f temperature

Sekha r K, Bpriya nka, Reddy VD, Rao KV. 20 I O. Isolation and characteriza tio n of a pigeon pea cydophilin (CcCYP) ge ne, and its over-ex pressio n in Arabido psis co nfers multiple abiotic stress to lerance. Plant Cell Environ . 33: 1324- 1338.

1

. FEBS Lett. 53 1: 561-564.

• nt Physiology. Wadswo rth Pub. Co. 540p.

I'he mechanism of rubisco acti vase : insight ~ an d rh e struc[u re o f rh e e nzy me.

Photosyn

2004. Inhibition of photosynth esis by heat ubisco as a limiting facm e in phomsynthesis. •• at imp rovement for tolerance to aluminiu m II

Cell, Tissue and Organ Cllltllre. 75 : I 89-

anageme nr consid e ratio n for acid soi ls w ith

Seki M, Na rusaka M, Ishida ) , Na nji T, Fujita M et a! 2002. Mo nitOring the ex press io n profi les of 7000A rabido psis genes und er d ro ught and cold stresses using full-Ienght eDNA microarray. Plant CeIL I: 6 1- 72. Senioni ti E, Ma netos Y, Gavales NA. I 986. Co-operative effects of light and temperature o n th e acti vity of phosphoenolpyru vate carboxylase fro m Amaranthlls paniCllLatlts. Plant Physio! 82:5 18-522. Sharkey TO. 2005. Effects of moderate heat stress o n photosynthesis: impo rtance of th ylakoi d reactio ns, ru bisco deacti va ti on, reactive oxygen species, an d thermotOlerance provided by iso prene. Plant Cell £'lViron. 28: 269- 277.

lacity. Dalam Khasawneh FE, Sam ple EC ~e Role of Phosphonls in Agriclliture. ASA, 471-5 14.

Sharm a-Na tu I' and Gh ild iyal Me. 2005 . Potential targe ts for imp roving photOsynthesis and cro p yield . Cllrrellt Scie. 88: 19 18- 1928.

" Wa ng X. 200 I. Regul ati o n of plant wa ter pressio n of phos pholipase Da. Plant j. 28:

Shimi zu. 2004. Estimating hydrati o n changes upo n bio mo lecul ar reactio ns fro m osmoricsrress, high pressure, and preferential hydration experiments. PNAS. 10 1:11 95- 11 99.

MA, H arra n S. 2000. Adaptas i fisiologi

Shinozak i K, Yamaguchi-S hinozaki K. 2000, Molecul ar respo nses to dehydratio n and low te mperature: D iffe rences and cross-talk between two stress signaling pathways. Cltrr. Opin. Plant BioI. 3: 217-223.

lap naunga n: Ko nd uktansi stomata. laj u Comm.Ag. 6(1): 1-8 .

r..si.

~1akita

N, Fu rukawa H , Ikeda H . 2006.

lliIy tem perature adversely affects frui t set of isruptin g specific ph ys iological processes in ent. Ann. Bot. 97: 73 1-738.

Shinoza ki K, Ya maguchi-Shinozaki K. 2007. Ge ne netwo rk in volved in dro ught stress respo nse and tolerance. J. Exp. Bot. 58 : 22 1-227.

Abra bchik LM, Serdyuchenko EV. 2002. IO n the membrane system of erioplas[s. Russ.

Siedlecka A. T ukendo rf A. SkorzY',ska-Poli t E, Maksy miec W, Wojcik M. Baszy" ski T. Krupa Z. 200 I . Angiospe rms (Aste raceae, Convolv ul aceae, Fabaceae an d Poaceae; o ther than Brassicaceae). In Prasad MNV (ed ). Metflls in tbe Environment Analysis by.Biodiversity. Ma rcel Dekker.

I.

Sil va I R. Smyth T) . Raper CD. Ca rter TE. Rufty TW. 200 I. D ifferential

)02. Field screenin g fo r dro ught to lerance is o n ri ce. International Workshop on Field re in Rice. IC RJ SAT, Patancheru, Ind ia.

aluminum mlerance in soybea n: A n evaluation of the role of organi c

acids. Physiol Plant. 11 2:200-2 I O.

197

Daftar Pustaka Sinclair TR, Purcell LC 2005. Is a physiological perspective relevant in a 'genocentric' age? journal ofExperimmral Botany. 56: 2777-2782. Sionit N, Hellmers H, Strain BR. 1980. G rowth and yield of wheat under C02 enrichment and water stress. Crop Sci. 20:687-690. Siafer GA, Araus JL, Richards RA. 1999. Physiological traits that increase the yield potential of wheat. In Whea~ Ecology and Physiology of Yield Determination (eds Sato rre EH, Siafer GA), The Haworth Press Inc., New York, pp. 379-4 15. Sloane RJ, Patterson RP, Carter TRJr. 1990. Field drought tolerance of a soybean plant introduction. Crop Sci. 30: 11 8-123. Sm ith FW. 2000. Molecular biology of nutrient transporters in plant membranes. Dalam Mineral Nutrition of Crops (Rengel Z, ed). Food Poduct Press. New York. 67-83. Snowden RED, Wheeler BD. 1993. Iron toxiciey to fen plant species. j. Ecol. 81: 35-46. SofYan A, Adimi hardja A. 200 I. Rasionalisasi pemupukan padi sawal, menggunakan peta status hara P dan K. Laporan Akhir Bagian Proyek Penelitian Sumberdaya Lahan dan Agroklimat. Pusat Penelitian dan Pengembangan Tanah dan Agroklimat. Soil Survey Staff. 1996. Keys to Soil Taxonomy. 7'" ed. Washington DC: NSCS·USDA. Sombroek WG, Gommes R. 1998 . The climate change - agricultural conundru m. In : Bazzaz F, Sombroek W (eds) Global climate change and agricultural production. Wiley, New York, pp 1- 14. Sopandie D. 1990. Stud ies on Plant Responses to Salt Stress [PhD 1l,esisj. The Graduate School of Natural Science and Technology, Okayama Universiey, Japan. Sopandie 0, Moritsugu M , Kawasaki T. 1990a. Interactions between Ca", Nat and K' in Salicornia virginica and barley roO[S under saline cond ido n: Mul[i.compartment Transport Box Experiment. Soil Sci. Plant Nlltr. 36:65-7 1. Sopandie 0, Kawasaki T, Moritsugu M. 1990b. Effects of metabolic inhibitors on Na ··stimulated K' uptake in Salicornia virginica roots: Possibiliey of metabolic coupling of the transport. Soil Sci. Plant Nlltr. 36:519- 522.

Sopandie 0 , Takeda K, Moricslll!U M. sa lt rolerant cu lri vars in barIn, 1:11 3- 129.

-

Sopandie 0, Moritsugu M, Kaw.nk'i growth and ion uptake in :\; Sopandie 0 , Kawasaki T , Mori rsw:u •

growth and ion uptake in . 'aQ

55. Sopandie 0, Jusuf M, Hamim. upi adaptasi kedelai terhadap ce/wnm tinggi. Seminar Riset Unggulan -::,.,. Sopandie 0 , Jusuf M, Anwar . lOp differential aluminum rolerancC' .

Workshops ofSoybean Produmon. B Sopand ie 0 , Hamim, Jusuf M. Hery kedelai terhadap cekaman air: .l"Ull hubungannya dengan potensial 0 me

BIlLAgronomi. 24(1):6-9. Sopandie 0 , Hamim , Jusuf M. He • terhadap cekaman kekeringan: ~bl. hubungannya dengan potensial "

. .

BilL Agron. 24( 1):9- 14 .

Sopand ie D. 1997. Toleransi keddai , roleransi dengan metode pe'\\~ Perranian, Faperra. IPB.

Sopandie 0, Jusuf M, Supijatno. I"cr. ro lerance in soybean. Int~mari("wJ Stress: Aluminum and other l oth .: Sopand ie D . 1999. Genoeypic diffe rot related to organic acid exudarion • 5(1) 13-20. Sopandie 0, Jusuf M , Anwar S.

uP'

differential aluminum tolerance In

of Biotechnology of Soybran Toln. Resea rch Cooperation (BTIG Pro'

8

Daftar Pustaka - logical

perspective relevant in a

uz/ Botany. 56: 2777-2782. "".!:l Growth and yield of wheat under Cmp Sci. 20:687-690 . . Physiological traits that increase val: Ecology and Physiology of Yield ;er GA). The Haworth Press Inc. . 1990. Field drought tolerance of a Sci 30:118- 123. I%:

Sopandie D. Takeda K. Moritsugu M. Kawasaki T. 1993. Selectio n for high salt tolerant cultivars in barley. Bull. Res. Bioresour. Okayama Univ. 1: 11 3- 129. Sopandie D. Moritsugu M. Kawasaki T. 1995a. Effect of calcium on the growth and ion uptake in NaCi-stressed plants. BulAgron. 23:42-55 . Sopandie D. Kawasaki T . Moritsugu M. 1995b. Effect of calcium on the growth and ion uptake in NaCI-stresses plants. Bul. Agron. 23( I ):4255.

of nutrient tran sporters in plant

Sopandie D. Jusuf M. Hamim . Supijatno. 1995c. Fisiologi dan genetik daya adaptasi kedelai terhadap cekaman kekeringan dan pH rendah dengan AJ tinggi. Seminar Riset Unggulan Terpadu. 5- 7 Januari 1995. Serpong.

.rion of Crops (Rengel Z. ed) . Food

Sopandie D. Jusuf M. Anwar S. Sup ijatno. I 996a. Physiological basis of differential alumin um tol e ran ce in soybean ge notypes. intenlfltionaL

n toxicity to fen plant species. j. Ecol.

Workshops ofSoybean Production. BPPT; August 6-7. }akarta. fndon esia. Sopandie D. Hamim . Jusuf M. Heryani N. I 996b. Toleransi tanaman

lUsionaiisasi pemupukan padi sawah dan K. Laporan Akhir Bagian Proyek .... Agroklimat. Pusat Penelitian dan dimat.

Taxonomy. 7'" ed. Washington DC:

kedelai rerhadap cekaman air: akuITIulasi prolin dan

3 53 m

absisik dan

hubunga nnya dengan porensial osmorik daun dan pe nyesuaian osmotik.

Bul.Agronomi. 24(1):6-9 . Sopandie D. Hamim . Jusuf M. Heryani N. 1996c. Toleransi kedelai terhadap ceka man kekeringan: Akumulasi prolin dan asam absisik dan hubungannya dc ngan potensial osmot ik daun dan penyesuaian osmot ik.

. The climate change - agricultural rock W (eds) Global climate change and -.,v York. pp 1- 14.

. Responses to Salt Stress [PhD Thesis]. ual Science and Technology. Okayama

Bul. Agron. 24 ( I ) :9- 14 . Sopand ie 0.1997. Toleransi kedelai terhadap alumunium: I. Deteksi visual roleransi dengan mcrode pewarnaan hematoxylin. Jurus3n Budidaya

Pcrranian , Faperra, IPB .

Sopandie D. Jusuf M. Supijatno. 1997. Genotypic differential of aluminum toleran ce in soybean . International Symposium of P!ttnt Responses to Ionic

.. T. 1990a. Interactions berween Ca'· .

Stress: Aluminum and other fons. September 19-20. Kurashiki . JAPAN .

: Box Experiment. Soil Sci. Plant Nutr.

Sopand ie D. 1999. Genotyp ic differential of aluminum tolerance in soybean related to organic acid exudation and nitrate metabolism. Comm Ag. 5(1) 13-20. •

1M. 1990b. Effects of metabolic inhibitors

Sopandie D. Jusuf M. Anwar S. Supijatno. 2000a. Physiological basis of

n Salicornia virgi1'lica roots: Possibility of

diffe rential aluminum toleran ce in soybean ge notypes. Proceeding Seminar

'PO rt. Soil Sci. Plant Nutr. 36:5 19-522.

of Biotechnology of Soybean Tolerance to Acid Soil. Germa ny-Indonesia Research Cooperation (BTIG Project). BPPT. Jakarta 2000.

(a

and barley roots under sa lin e co ndition:

199

Daftar Pustaka Sopandie D , Jusuf M, A isah S. 2000 b. Toleransi terh ad ap al uminium pada akar kedelai: Deteksi visual penerras i aluminium de nga n pewa rn aa n hematOks ilin. Comm. Ag. 6( I ): 1- 8 .

Sopandie D , Jusuf M , Marwki I. 21 protein p ro fil es and accu mula 10 (1 ) : 15- 20.

Sopandie D, JusufM , Setyono D. 2000c. Ad aptasi ked elai (Glycine max M err. ) terhad ap cekaman p H rend ah d an aluminium: Analisa perrumbuhan aka r. Comm. Ag. 4(2):62-68.

Sopandi e D , C hozin MA, Sastrosu Toleransi terh adap naun gan pad. Sopandi e D , Khum aida, Yahya S. , Fotosin tesis T anaman Pad i dalm

Sopandie D, Khum aida N, Elfarisna, Taka no T. 200 1a. Shadin g tOlera nce in upland rice. Workshop on Cooperative Research on "Studies on Sustainable Utilization of botanical Resources in Arable Lands': Bogor Agri cultu ral U ni versity, Bogo r, May 22, 200 1.

1PTEK Padi, Pekan Padi Nasion/, Sopa ndi e D , Kbum ai da N, T rikO
Sopandi e D, Khumaida N, T akano T. 200 1b. Ad aptas i kedelai terhadap cekaman naunga n: Eks presi ge n fotOsin te ti k pad a beberapa ge notipe kedelai tO leran. Simposium Pemuliaan Tanaman Lingkungan Spesifik, Cekaman Abiotik dan Biotik. Jurusa n Budidaya Pertani an, Fa perta- IPB. Audi tO rium RektO rat, IPB, 24-25 April 200 1.

Sopa ndi e D , T ri koesoemanin gtyas. Breedin g and Mo leculer G enetic

Proceeding of the 3'" Seminar

Sopand ie D , C hozin M A, Kbumaida N , Tabno T. 2001c. D iffe rential shading tO lerance of upl and ri ce ge notypes re lated to mo rpho ph ysio logical respo nses, fubi sco acri viry and its genes in soybean ge norypes. Proceeding of the pI Seminar on "Toward Harmonization between DeveLopment and Environmental Conservation in Biological Production", The U ni versity o f Tokyo, Japan, Fe bruaty 2 1- 23, 200 I.

Development and Environ menta. Serang, Ban[en, D ecember 3-5.

Sopand ie D , T rikosoemanin gtyas. • dan Mo lekul er Adaptasi Kede. Penge mbanga n Va ri eras Un gguJ

II Hibah Penelitian Tim

Sopandie D , Sulistyo no E, H andayani T , Ju fri A. 2002a. T o leransi kedelai terh ad ap naun ga n: Evaluas i lapang d an identifi kasi respo n mo rfo fi sio logi. 2002. Seminar PERAGI, Jurusan Budidaya Pertanian, Faperra IPB , 293 0 O ktOber 2002.

Sopandie 0, Khum aida N , Kism soybean to shade st ress: Cl o n ing ~ clone encodin g rh e photosystem J

of SA BRA 0 (The Society fo r 7k Asia and Oceania), T sukuba, Jap

Sopan di e D , T rikoesoemaningtyas, Khumaida N . 2002 b Fisio logi dan ge netik tO leransi ked elai terh ad ap naunga n. Seminar PERIN , Jogjaka rra 22- 24 Februari, 2002 , Sopand ie D, T ri koesoemanin gtyas, H andaya ni T, Djufri, Takano T. 2003a, Ad aptabili ty o f soybean to shade stress: ldenrificatio n o f mo rph oph ys io logical res po nses. Proceedings of the 2"" Seminar on "Toward Harmonization between Development and Environmental Conservation in Biological Production", The U ni ve rsity o f Tokyo, Japan, Feb ruary 15-26, 2003,

200

Pas(O < ,~

•

Sopandi e D, T rikoesoemaningtyas, . ri ce as intercro p: Phys io logy, Br
Daftar Pustaka

b. Toleransi terhadap aluminium pad a netrasi aluminium dengan pewarnaan ~.

Oe. Adaptasi kedelai (Glycine max Merr.) dan al uminium: Analisa pertumbuhan

T akano T. 200 I a. Shading w lerance in r-ative Research on "Studies on Sustainable , in Arable Lands': Bogor Agricu ltu ral

H.

• T. 200 I b. Adaptasi kedelai te rhadap 'n fotosintetik pada beberapa genotipe

'fluliaan Tanaman Lingkungan Spesijik, rusan Budidaya Pertanian, Faperta-IPB. 25 April 200 I . lida N, Takano T. 200 I e. Differential genotypes related to morphophysiological ts genes in soybean genotypes. Proceeding

f./armonization between Development and Biological Production ", The Un iversity of 200 1. rani T, Jufri A. 2002a. Toleransi kedelai g dan identifikasi respon morfofisiologi. ~ Budidaya Pertaillan, Faperta IPB , 29-

r

Jehumaida N. 2002b Fisiologi dan genetik ngan. Seminar PERIPI, Jogjakarta 22-24

~,

Handayani T, Djufri, Takano T. b ean to shade stress:ldentification of s. Proceedings of the 2'" Seminar on "Toward r;ment and Environmental Conservation in live rsity of Tokyo, Japan, Februa ry 15-26,

Sopandie D, Jusuf M, Marluki I. 2003b. Aluminum w lerance in soybean: protein profiles and accumulation of aluminum in roots. Hayati. 10(1):15-20. Sopandie D, Chozin MA, Sastrosumarjo S, Juhaeti T, Sahardi . 2003c. Toleransi terhadap naungan pada padi gogo. Hayati. 10:71 -75. Sopa nd ie D, Khumaida, Yahya S. 2004a. Pemberdayaan Aspek Fisiologi Fotosinresis Tanaman Padi dalam Upaya Peningkata n Produksi. Seminar IPTEK Padi, Pekan Padi Nasional !J, Sukamand i, 16 Ju li 2004. Sopa ndi e D, Khumaida N, T rikoesoema nin tyas. 2004b. Development of soybea n as intercrop: Physiology, Breedingand Molecular Ge netic Studies on Shade Tole rance. Scientific Lecture at Asian Natural Environment Science Center (ANESC), The University of Tokyo, Febru ary 22-26, 2004. Sopandie D, Trikoesoemaningtyas, Khumaida N, Sobir. 2004c. Physiology, Breeding and Moleculer Genetic Studies on Shade Tolerance in Soybean. Proceeding of the 3 Ftl Seminar on "Toward HarmoniZiltion between Development and EnvironmentaL Conservation in Biological Production ': Serang, Banten, December 3- 5,2004. Sop.nd ie D, Trikosoe maningtyas, Khuma ida N. 2005a. Fisiologi, Genetik dan Mol ek ul er Adaptasi Kedel.i terhadap Intensitas Cah.ya Rendah: Pengembangan Va ri etas Unggu l Kedelai sebaga i Ta naman Sela. Laporan /I Hibah Penelitian Tim Pascasarjana. DIKTl. Angkatan II. . Sopand ie D , Khumaida N, Kisman, Takano T. 2005b. Adaptability of soybea n to shade stress: Cloning and identification of a fu ll-length cDNA clone encodi ng the photosystem I sub unit. the I (In International Congress

of SABRA a (7he Society for the Advancement of Breeding Researchers in Asia and Oceania), Tsukuba, Japan , August 22-23, 2005. Sopandie D , T rikoesoemani ngtyas, Khumaida. 2005e. Developmentofupland ri ce as intercrop: Physiology, Breeding and Moleculer Genetic Studies on Shade Tolera nce. Scientific Lecture at Rural Developnzent Administration, Departemenr of Agricu lture, Pusan, K"re., April 14 , 2005 . Sopandie D, T rikoesoemaningtyas, Khumaida N. 2005d . Fisiologi Adaptasi Kedelai terhadap I ntensitas Cahaya Rendah: Efis iensi penggunaan Cahaya pada Ge notipe Toleran. Seminar Hasil-Hasil Penelitian Fakultas Pertanirtn 11'8, September 2 1-22.

201

Daftar Pustaka Sopandie D. 2006. Perspektif Fisiologi dalam Pengembangan Tanaman Pangan di Lahan Marjinal. Orasi f1miah Cum Besar Terap Fisiologi Tanaman. 16 September 2006. Fakultas Pertanian IPB. Sopandie D. Trikoesoemaningryas. Khumaida N. 2006. Fisiologi. Genetik dan Molekuler Adaprasi Kedelai rerhadap Intensitas Cahaya Rendah: Pengembangan Varietas Unggul Kedelai sebagai Tanaman Sela. Laporan AMir Penebtian Hibah Tim Pascasarjana. LPPM IPB. Sopandie D . Trikoesoemaningryas. 2011. Pengembangan Tanaman Sela di Bawah T egakan Tanaman Tahunan. Iptek Tananaman Pangan.

6(2):168- 182.

Sumner ME. Noble AD. 2003. So~ A. Rengel Z (ed). Handbook ofSoilAciIA Sung D-Y. KaAan F. Lee K-J. Guy ( temperature extreme.

Trends Plant 5'1

Supijarno. Sopandie D . T rikoesoeman Fisiologi dan pemuliaan padi gOfo kondisi biotik lahan kering di baw. Bersaing X. DfKTf. Jakarta Suwarno. Lubis E. 1995. Uji daya h as~ di wilayah perkebunan. Balittan. Bog

Sopandie D . Trikoesoemaningryas. Ardie SW. 2012. Pengembangan Sorgum (Sorgum bicolor (L.) Moench) Toleran Delisiensi Fosfor di Lahan Kering Bertanah Masam: Fisiologi. Genetika Molekuler dan Pemuliaan. Laporan Tahun I Hibah Penetitian Pascasarjana. LPPM- lPB.

Suwarno. Toha HM. Ismail BP. 2004. pengembangan padi gogo. Ma IPTEK Pekan Padi Nasionat-fl. Sukl Puslirbangran Pangan. Balitan Padi.

Soverda N. 2002. Karakteristik lisiologi fotosintetik dan pewarisan sifat toleran naungan pada padi gogo [Disertasi]. Doktor Bogor: Program

Suriadikarta DA. Seryorini D. 2006. Sulfat Masam. Kartakteristik dan p, Suriadikarta DS et a!. (ed). Balai B< Sumberdaya Lahan Pertanian. Bam Perr3nian.

Pascasarjana Institur Pertanian Bogar.

Stott PA. Tett SFB. Jones GS. Allen MR. Mitchell JFB . Jenkins G. 2000. External control of20[h century rempera[Uce by natural and an thropogen ic

forcing. Science. 290:2133- 2137. expression of HAK-type K salinity stress in common ice

Suriadikarta DA. 2009. Pembelajaran daJ PLG Sejuta H ektar Menuju Pengelol Pengembangan Inovasi Pertanian. 4:2~

Subagyo H. 2006. Lahan Rawa Pasang Surut. Di dalam: Ardi et al. (ed). Karakteristik dan Pengetolaan Lahan Rawa. Balai Besar Penelitian dan Pengembangan Sumberdaya Lahan Pertanian. Bogor.

Swasono FDH. 2006. Peranan Mikoriza At Beberapa Varietas Bawang Merah Di Tanah Pasir Pantai [Disertasi]. I Bogor.

Sudarmo. 2004 . Perubahan Sifat-sifat Bahan SullidikAkibar Pengeringan dan Pencucian serta Pengaruhnya Terhadap Kualitas Air Cueian [Disertasi]' Sekolah Paseasarjana. InSti r Pertanian Bogor.

Swasti E. 2004. Fisiologi dan Pewarisan Si dalam Keadaan Tereekam Alumini w IPB . Bogor .

Sulisryono E. Sopandie D. C1 ,uzin MA. Suwarno. 1999. Adaptasi padi gogo terhadap nallngan: Pe, ,,lckatan morfologi dan lisiologi. Comm.Ag.

• Syafruddin. Sopandie D . T rikoesoemanin~

•

Su HD. Zhao GC. Bohnet HJ. 2002. rransporcer in regulated in respon se

[Q

plant. Plant Physio!. 129: 1482- 1493.

4(2): 1- 7. Sumarno. 2005. Analisis KerersellJ

.I ll

sumberdaya perranian untuk kerahanan

pangan nasional secara berk, ;;1 juran. Ceramah ulltuk bahan pemikiran

prospektif 10- 15 tahlln ke u 1.1 11. Seminar Pertanian Umum.IPB Bogor 8 Juni 2005.

202

jagung terhadap cekaman aluminium

Syarif AA. 2005. Adaptasi dan Keteng Delisiensi Fosfor Di Tanah Sawall. DI IPB. Bogor.

Daftar Pustaka

:isiologi dalam Pengembangan Tanaman Oras; Ilmiah Gunt Besar Tetap Fisiologi 16. Fakultas Penanian II'B.

as. KJlUmaida N. 2006. Fisiologi . Genetik
yas. 20 11. I'engembangan Tanaman Sela lan Tahunan. [ptek Tananaman Pangan .

Sumner ME. Noble AD. 2003. Soi l Acidification: l1,e World Story. In: Rengel Z (ed). Handbook ofSoil Acidity. Marcel Dekker. Sung D-Y. KaAan F. Lee K-) . Guy CL. 2003. Acquired tolerance to temperature extreme. Trends Plant Sci. 8(4): 179- 187. Supijatno. Sopandie D. Trikoesoemaningtyas. Lontoh AI'. Idris K. 2005. Fisiologi dan pemuliaan padi gogo untuk toleransi ganda terhadap kondisi biotik lahan kering di bawah naungan. Lapornn Akhir Hibah Bersaing X. DfKTI. jakarta Suwarno. Lubis E. 1995. Uji daya hasil dan adaptasi galur harapan padi gogo di wilayah perkebunan. Balittan. Bogor.

as. Ardie SW. 2012 . I'engembangan Sorgum ~nch) Toleran Defisiensi Fosfor di Lahan siologi. Genetika Molekuler dan Pemuliaan. ~litian Pascasarjana. LI'PM- IPB.

Suwarno. Toha HM. Ismail BP. 2004 . Ketersediaan teknologi dan peluang pengembangan padi gogo. Makalab diJampaikan dalam Seminar IPTEK Pekan Padi Nasional-II. Sukamandi. 16 )uli 2004. Balibangtan Puslitbangtan Pangan. Balitan Padi.

k fisiologi fotosintetik dan pewarisan sifat i gogo [Disenasij. Doktor Bogor: Program

Suriadikarta DA . Seryorini D. 2006. Teknologi Pengelolaan Lahan Sulf." Masam. Kartllkreristik dan Pengelolaan Lahan Rawa. Di dalam: Suriadikarta DS et at. (ed) . Balai Besar Penelitian dan Pengembangan Sumberdaya Lahan Pertanian. Badan Penelitian dan Pengembangan

ian Bogor. Allen MR. Mitchell jFB. jenkins G. 2000. rury temperature by natural and anthropogenic -2137.

k j . 2002. The expression of HAK-type. K response

(Q

salini ty suess in common Ice

82-1493 .

a Pasang Surut. Di dalam: Ardi et al. (ed). n Lahan Rawa. Balai Besar Penelitian dan Lahan Pertanian. Bogor.

r

at-sifat Bahan Sulfidik Akibat Pengeringan dan ova Terhadap Kualitas Air Cucian [Disertasij . •

( Pertanian Bogor.

• •l in MA. Suwarno. 1999. Adaptasi padi c .. "ekatan morfologi dan fisiologi. Comm.Ag. 5e."

.In

~rk,

.1

Ie

I

t

sumberdaya pertanian ulHuk kerahanan

iuran. Ceramah ullruk bahan pemikiran ILL

Perralliall.

Suriadikarta DA. 2009. Pembelaja ran dari Kegagalan Penanganan Kawasan PLG Sejuta Hektar Menuju Pengelolaan Lahan Gambut Berkelanjutan. Pengembangan [novasi Pertanian. 4:229- 242. . Swaso no FDH. 2006. Peranan MikorizaArbuskula dalam MekanismeAdaptasi Beberapa Va rietas Bawang Merah Terhadap Cekaman Kekeringan Di Tanah Pasir Pantai [Disertasij . Doktor Sekolah Pascasarjana IPB, Bogor. Swasti E. 2004. Fisiologi dan Pewarisan Sifat Efisiensi Fosfor pada Padi Gogo dalam Keadaan Tercekam Aluminium [Disertasij . Sekolah Pascasarjana IPB. Bogor . Syafruddin . Sopandie D. T rikoesoemanillgtyas. 2006. Ketenggangan genotype jagung terhadap cekaman aluminium. BulAgron. 34( 1): 1- 10. Syarif AA. 2005. Adaptasi dan Ketenggangan Genotipe Padi Terhadap Defisiensi Fosfor Di Tanah Sawah. Disertasi Doktor Sekolah Pascasarjana II'B. Bogor.

Seminar Pertaflian Umum, [PB Bogor

203

"

Daftar Pustaka Syarif AA, Trikoesoemaningtyas, Sopandie D. 2005. Adaptasi dan Kerenggangan Genoripe Padi Terhadap Defisiensi Fosfor Di Tanah Sawah. Makalah Seminar, Sekol.h Pascasarjana IPB, Bogor.

Taylor Gj. 1988. The physiolog>'ofj

Taiz L, Zeiger E. 1998. Plant Physiology. 1st Edn. Massachusetts. London: Sinauer Association Inc.

Taylor Gj . 1991. Current ,,"" physiological basis of toleran",,_ 10:57- 93.

Taiz L, Zeiger E. 2002. Plant Physiology. California: 1],e Benjamin/Cummings Pub. Co., Inc. T akano T , Khumaida N , Sopandie D . 2003. Adaptability of soybean to shade stress:Screening and identification of shading relatedgenes in the young leaves of soybean genotypes using differeruial display. Proceedings

of the 2'" Seminar on "Toward Harmonization between Development and Environmental Comeroation in Biological Production" , 1],e University of Tokyo, Japan, Februaty 15-26, 2003. Tanaka A, Yoshida S. 1972. Nutritional disorders of the rice plant in Asia: Their method of identification in Rice and Problem Soils in South and Southeast Asia. 1],e IRRJ, Los Banos, 1],e Phillippines, PI'. 1- 5 1.

BIological Systems : Sigel H Marcel Oekker Inc. '"" },,' tn

TesfayeM, TempleSj,AJlan DL, Vanc... of malate dehydrogenase in tr.m syn thesis and CO il fers role ranee to . 1844.

The Arabidopsis Genome Iniriacive. 2 of the Aowering plant Arabidopsis I j

1],omine S, L1nquar V. 2011. Iron T~ Geisler M , Venema K (ed). Tra Signaling and Communication 11'1 Heidelberg.

Tanaka A. 1980. Physiological aspects of productivity in field crops. Symp. on Potential Productivity of Field Crops under Difference Environements. I RRJ, Los Banos, Philippines pp. 61-80.

1],ome jH and Koller HR. 1974. 1m photosynthesis, diffusive resistancl:. of soybean leaves. Plallt Physiol 54: j

Ta naka A and Hayakawa Y. 1975. Comparison of tOlerance to soi l acidity among crop plants. II. Tlerance to high levels of aluminium and manganese. j.Sci. Soil Manure, Jpn. 46: 19-25.

Tinker NA . 2002 . W Ily quantHa '. u 1: bioinformatics. In: Kang, ·M.S. (Ed. and Plalll Breeding, CAB I, Wallingfc

Tang C, Rengel Z, Abrecht 0, and Tennant D. 2002. Aluminium-tOleraru wheat uses more water and yields higher than aluminium-sensitive one on a sandy soil with subsurface acidity. Field Crop Research. 78:93-103.

Tisdale SL, Nelson WI, Beaton jO. 19 ~. York: Macmillan Publishing.

Tardieu F, 1997. Drought perception by plants. Do cells of droughted plants experience water stress' In Belhassen (ed). Drought Tolerance in Higher Plants. Cmetical, physiological and molecular biology analysis. Kluwer Acaden ic Publishers. Dordrecht. pp 15- 26 Tardieu F, 1\, dler B, Reymond M, Saduk W, Simonneay TH. 2004. Controls ofleat " lwth and stomatal conductance under water deficic: Combining genetic lnd ecophysiological ana lyses. CIMMYTIDroughtiRockefeller

,

Found,·., n Workshop 2004 .

•

204

Trikoesoemaningtyas, Sopandie 0, Asuir:!; S, Takano T. 200 I. Physiology and . under aluminum stressed condition r Seminar on "Toward Hamlon~ Environmental Conservation in Biologu • Tokyo, japan, Februaty 21-23,2001. T rikoesoemaningtyas. 2002. Fisiologi dan dalam Keadaan Tercekarn Aluminium I Disertasi Dokmr Program Pascasarjana

Daftar Pustaka Sopandie D. 2005. Adaptasi dan ,di Terhadap Defisiensi Fosfor Di Tanah tkolah Pascasarjana IPB. Bogor.

Taylor GJ. 1988. l1,e physiology of aluminum phytotoxicity. In 'Metal Ions

'hysiology. 1st Edn. Massachusetts. London:

Taylor GJ. 199 1. Current views of the aluminium stress response; the physiological basis of to lerance. Cllrr Topics pu.nt Biochem Pbysiol. 10:57-93 .

las.

,iology. California: l1,e Benjamin/Cummings Oldie D. 2003. Adaptability of soybean to entification of shading relatedgenes in the IOtypes using differential display. Proceedings

in Biological Systems: Sigel H and Sigel A (eds.). Vol 24. pp 123-163. Marcel Dekker Inc. New York.

Tesfaye M. Temple SJ. Allan DL. Vance CPo Samac DA. 200 I. Overexpression of malate dehydrogenase in rransgenic alfalfa enhances organic acid synthesis and confers tolerance to aluminium. Plant Physiology. 127: 18361844.

~Td HamlOnizntion

Th e Arabidops is Genome Initiat ive. 2000 . Analysis of the ge no me sequence of [he Aowering plant Arabidopsis thaliana. Nah"e. 408:796-815 .

-26. 2003.

Thomine S. bnquar V. 201 1. Iron Transport and Signaling in Plants. In: Geisler M . Venema K (ed). Transporters and Pumps in pu.nt Signaling. Signaling and Communication in pu.ms 7. Spinger-Verlag Berlin Heidelberg.

between Development and in Biological Production ". The University of

tnritionai disorders of the rice plant in Asia: :ion in Rice and Problem Soils in South and

s Banos. The Phillippines. pp. I- 51. .. pects of productivity in field crops. Symp. r Fi~ld Crops under Difference Environ~ments. IeS pp. 6 J -80.

1110rne JH and Koller HR. 1974. InAuence of assimilate demand on phorosynrhesis, diffusive resista nce, translocation , and carbohyd rate level of soybean leaves. pu.nt Physiol. 54: 20 1-207.

~7 5. Comparison of tolerance to soil acidity

Tinker NA.

nera nce to high levels of aluminium and fpn. 46: J 9-25.

'Jr(.

• and Tennant D. 2002. Aluminium-tolerant d yields higher than aluminium-sensitive one nace ac idi ty. Field Crop Research. 78:93- 103. " ption by plants. Do cells of droughted plants I Belhassen (ed) . Drotlght Tolerana in Higher f,ical and molemlar biology analysis. K1uwer drecht. pp 15-26 M. Saduk W. Si monneayTH . 2004 . Controls il conductance under water deficit: Combining IIi cal analyses. CIMMYTIDrotlghtiRockefelier •

2002.

W h y quantitative ge neticists sho uld ca re aboUl bioinformarics. In : Kang, M.S. (Ed.), Quantitative Genetics, Genomic! and pu.nl Breeding, CABI. Wa llingfo rd . pp. 33-44. .

T isdale SL. Nelso n WI. Beaton JD. 1985. Soil Fertility and Fertilizers. New York: Macmillan Publishing. T rikoesoemaningryas, Sopandie 0 , Asw id innoor, Surjahjo S H , Tj itrosemiro S. Takano T. 200 J. Physio logy and inheritance of potassium efficiency under aJuminum stressed condition in upla nd ri ce. Proceeding of tbe I II Seminar on "Toward HarmoniZiltion between Development and Environmental Conservation in Biological Production': The U ni versicy of Tokyo. Japan , February 2 1-23,200 1. • Trikoesoemaningtyas. 2002. Fisiologi dan Pewarisan Sifat Efisiensi Kalium dalam Keadaan Tercekam Aluminium pada Padi Gogo (Oryzn sativa L.). Disertasi Doktor Program Pascasarjana I PB. Bogor .

205

Daftar Pustaka T rikoesoemaningryas, Sopandie D. 2002. Genetika dan Pewarisan Sifat Toleransi terhadap Naungan pad a Kedelai. Seminar PERAel, Jurllsan Budidaya Pertanian, Fapert. IPB, 29-30 Oktober 2002.

Uprery DC, Dwivedi N, Mohan R-

T rikoesoemaningryas, Sopandie D , T akano T. 2003. Genetic and breeding of soybean fot adaptation to shade stress. Proceeding of the 2'''' Seminar Toward HarmoniZtltion between Development and Environmental Conservation in Biological Production. Tokyo : Tokyo Universiry, February 15- I 6, 2003.

Uprery DC, Dwivedi N, Jain V, Mob.I

co ncenrracion on leaf structures 01,

Plant. 44:149-152. th e stomami parameters of rice cui

Urao T, Yakubov B, Satoh R, Y~ T, Shinoz.1ki K. 1999. A transm.. Arabidopsis functions as an osmot

Trikoesoemaningryas, Wirnas D, Sopandie D, Takano T. 2004. Developmenr of selection criteria for [he selection of shade-toleranr soybean lines. Proceeding of the 3 rd Seminar on "Toward Hannonization between Development and Environmental Conservation in Biological Prodllction". Serang, Banten, December 3-5,2004.

van Breemen N. 1976. Genesis and Soils in Thailand. Desstrtation. C Doc umentation. Wageningen.

van Breemen N. 1993. Environmenu 391-402. Di dalnm: Dent DL. \~ oh the Ho Chi Minh Ciry Sympol March 1992.

Trikoesoemaningryas, Wirnas D, Sopandie D. 2005. Selecr.ion for low light inrensiry-rolerant soybean lines for intercropping. }O" internationaL Congress of SABRA 0 How to Utilize Crop Diversity for Prodllctivity and Sustainability Breeding Science and Technology for the New Era. August 22-23,2005. Tsukuba, Japan.

von Uexkull H R, Mutert E. 1995. GloI: impact of acid soils. Plnnt and Versluos PE, Agarwal M, Katiyar-Ag Zhu. 2006. Methods and concep" salt and freezing that effect plant 539 .

Trikoesoemaningtyas, Wirnas D, Sutjahyo SH, Saputra Rl. 2006. Pembentukan indeks seleksi galur padi gogo toleran terhadap tanah masam dan berdaya hasil tinggi. Makalah disampaikan pada Seminar . lasional Bioteknologi dan pemllliaan Tanaman. Faperta IPB, 1-2 AgUShlS _'fJ06.

Vierling E. 1991. 11,e role 'ofheat shod Physiol. Plant Mol. BioI. 42: 5-9~

Triko. oemaningryas, Wirnas D, Arsyad DM , Sopandie D. 2009. Aplikasi tv ,·b Morfologi dan Molekuler dalam Pembentukan Varietas Kedelai T , ·ran. L1poran Akhir Penelitian KKP3T, Departemen Pertanian.

Vogelman TC, Martin G. 1993. 11,e fin penetration of direc tional versus cij 72.

T rikoe.. cmaningryas, Sopandie D , Wirnas D. 2010. Pengembangan Sorgum M is (Sorghum bicolor (L.) Moench) untuk Bioetanol di Lahan Keriing Bellah Masam: Fisiologi, Genetika dan Pemuliaan. Laporllll Akhir Hi, Penelitian Pascasarjana. LPPM IPB. Trikoes, aningryas, Sopandie D , Wirnas D. 201 I. Soybean Improvement for I " ,tation [0 Acid Soil and Drought. Laporan Akhir Hibab Penelitian I-MI . 'IE B2e. LPPM IPB. Umezawa

Koba\• • a m3J( respon

206

I

Okamoto M, Kushiro T, Nambara E, Oono Y, Seki M, Ii M, Koshiba T, Kamiya Y, Shinozaki K. 2006. CY7'707A3, iliA B'-hydroxylase involved in dehydration and rehydration in Arabidopsis thaliana. The Plnnt journal. 46: 17 1- I B2.

•

VU JC V, Baker JT, Pennanen AH , AIIc Elevated C02 and water deficit bisphosphate carboxylaseoxygenas rice. Ph]siol Plant. 103:327-339. VU J CV, Gesch RW, Pennanen AH, A Soybean photosynthesis, Rubisco at supra-optimal temperatures in

295-307.

Daftar Pustaka

).

2002.

Genetika dan Pewarisan Sifat

pada Kedelai. Seminar PERAGI, Jurusan :?B, 29-30 Okcober 2002. ~ Takano T. 2003 . Gener'lc and breeaing

'hade stress. Proceeding of the 2"'/ Seminar

Uprety DC, Dwivedi N , Mohan R , Paswan G. 200\. Effect of elevated C02 concentration on \eaf structures of Brass;ca juncea under water stress. BioI Plant. 44: 149- 152. Uprety DC. Dwivedi N, Jain V, Mohan R. 2002. Effect of elevated C02 on the stomatal parameters of ri ce cultivars. Photosynthetica. 40:315-31 9.

"tWun

Development and Environmental Production. Tokyo : Tokyo University,

Urao T, Yakubov B, Saroh R. Yamaguchi -Shinozaki K, Seki M, Hirayama T. Shinozaki K. 1999. A transmembrane hybrid-type histidine kinase in Arabidopsis functions as an osmosensor. Plant Cell. I I: I 743- 1754.

)opandie D , Takano T. 2004. Development selection of shade-rolerant soybean lines. "lilT on "Toward Harmonization between

van Breelllen N. 1976. Genesis and Solution C hemistty of Acid Sulfate Soils in Thailand. Dessertatio". Center of Agricultural Publishing and Documentation. Wageningen.

"'Zral Conservation in Biological Production ". >-5.2004. • Sopandie D. 2005. Selection for low light lines for intercropping. J(!' international

" Utilize Crop Diversity for Productivity and 1'-' and Technology for the New Era. August Ln. D. Sutjahyo SH. Saputra RI . 2006. ,i galur padi gogo roleran terhadap tanah

r ggi.

Makalah disampttikan pada Seminar r uliaan Tanaman. Faperta iPB, 1-2 Agwtus , Arsyad DM. Sopandie D. 2009. Aplikasi tlmler dalam Pembentukan Varietas Kedelai ~elitian KKP3T, Departemen Pertanian. , Wirnas D. 20 I O. Pengembangan Sorgum Moench) untuk Bioeranol di Lahan Keriing • Genetika dan Pemuliaan. Laporan Akhir

~.

LPPM IPB.

D, Wirnas D. 20 I \. Soybean Im provement Lnd Drought. Laporan Akhir Hibah Penelitian

,.

ushiro T , Nambara E, Oono Y. Seki M . Kamiya Y, Shinozaki K. 2006. CYP707A3, 6e involved in dehydration and rehydration ~iana. The Plant journal. 46: 17 1- 182.

van Breemen N . 1993. Environmental Aspects of Acid Sulphate Soil. hal 39 1--402. Di dalam: Dent DL, van Mensvoor MEF (ed). Selected paper oh the Ho Chi Minh City Symposium on Acid Sulph ate Soils. Vietnam. March 1992. von Uexkulll-lR, Mutert E. 1995. Global extent, development, and economic impact of acid soils. Plant and Soil 17 1: I - I 15. Versluos rE, AgalWal M, Katiyar-Agrawa l S, Jian-I-lua Zhu , and Jian-Kang Zhu. 2006. Methods and concepts in quantifying resistance ro drought, salt and freezi ng that effect plant water stress. The Plant journal 42 : 523539. Vie rlin g E. 1991. l1,e ro le of heat shock proteins in plants. Annu. Rev: Plant l'hysiol. Plant Mol. BioI. 42: 579--620. Vogelman TC, Martin G. 1993. l1,e fimetional significance of palisade tissue: penetration of directional versus diffuse light. Plant Ceil Environ. 16:65-

72. VU JCV, Baker JT, Pennanen AH, Al len LH Jr. Bowes G, Boote KJ. 1998. Elevated C02 and water defi cit effects on photosynthesis, ribulose bisphosphare carboxylaseoxygenase, and carbohydrate metabolism in ri ce. Physiol Plant. 103 :327-339.

•

VU JCV, Gesch RW, Pennanen AH, Allen LHJ. Boote KJ, Bowes G. 2001. Soybean photOsynthesis, Rubisco and carbohydrate enzymes function at supra-optimal temperatures in elevated C02 . j. Plant Physiol 158: 295- 307.

207

Daftar Pustaka Vukmi rovic OG and T ilghman S. 2000. Explo ting the genome space. Nature. 405 : 820- 822. Wahid A, Shabbir A. 2005. Induction of heat m ess ro lerance in barley seedlin gs by pre-sowing seed treatm ent w ith glycin ebcraine . Plant Growth Reg. 46: 133- 14 1. Wahid A, G hazanfa r A. 2006. Possible involvement of some secondary metabolites in salt tolerance of suga rcane. j. Plant Physio!. 163: 723730. Wa hid A, C lose T ) . 2007. Expression of dehydrins under heat stress and their rel ati o nshi p with wa ter relati o ns of suga rca ne leaves . BioL Plant.

5 1: 104- 109 . Wahid A, Gelani S, Ashraf M, Foolad MR. 2007. H eat rolerance in plants: An Overview. Env. Exp Bot. 6 1(3): 199- 223. Wa ng WX, Vi nocur B, Shoseyov 0, Al tma n A. 2004. Role of plant heatshock prote ins and mo lec ular chape ro nes in rh e ab io ric stress respo nse.

Trends Plant Sci. 9: 244- 252 .

Warren OM. 199 1. Using ind igenous Kn owledge in Facili tating the Agriculrural

Ex tensio n

Process .

Paper

Prese nted

at

Internati o nal

Wo rkshops on Agricultural Knowledge Systems and ,he Role of Extensio n. Ge rmany, May 2 1- 24, 199 1.

W idjaja-Adh i lPG, N ugroho K, Ardi IJ Lahan Pas3ng Surur, Rawa dan Pc m anfaa r3n.

Makalah

u ram a

R

Pertanian Lahan Pasang Surut dan.

W idjaja-Adh i IPG . 1995. Porensi, Pel Pertanian di Lahan Rawa KaJimana A real l'ertanian di KT! Serpong - -1 W irnas 0, Makmur A, Sopand ie D. ketengganga n galur padi gogo terhad, penggunaa n hara kalium . Bul. Ag"''1 Wissemeier AH, D iening A, Hergen rodo 1992. Calloose fo rmation as paraIQI w lerance of al uminium and man~

W issuwa M and Ae N. 2001. Further, increase phospho rus uptake of rice defi ciency. Plant and Soil 237: T ';Xu S, Li ) , Z hang X, Wei H, Cui L pretreatment o n changes of memb~ mcra bo l ires, and ultrast ructure ofchIa species u nd er heat stress. Environ~ ~

Wasaki) , Takuya Y, Takuro S, M irs uru O. 2003. Secreted Acid Phosphatase is Ex pressed in C luster Roots of Lupin in Response to Phospho rus Deficiency. Plant and Soil. 248 : 129- 136.

Ya mada M , Hidaka T , Fukamach i H.

Wa tanabe T , O saki M . 2002a. Mechanisms of adaptation to high aluminum

Yamane Y, Kas hino Y, Ko ike H, Satoh K-

rropical frui t cro ps as m easured

by

67: 39-48.

co nd itio n in native plant species growi ng in acid soi ls: A rev iew. Cornman

o n the ph otosy nth etic system s in

SoilSciPlantAnall33: 1247- 1260.

Au oresce nce characterist ics and che de

Watanabe T , Osaki M. 2002 b. Roleoforga nicacids in aluminum accumulatio n tid plant growth in Melastoma malabathricum. Tree Physiol 22:78512. War. . .abe T , M isawa S, Hiradate S, Osaki M . 2008. Root mucilage enhanced

57 : 5 1-59. Ya masato A, Nagata N , Tanaka R, Tl Doma in of C hlo rophyll ide a OxygC1 Response to C hl orophyll b Accum~ • 17: 1585- 1597 .

uminum accumulati o n in Melastome malabathricttm , an aluminum

, cumulator. Plant Sign & Behav. 3 (8 ):603- 605.

Ya mauchi M . 1989. Rice bro nzing in 1':ig and its co n tro l by po tassiu m sul fate

286.

208

Daftar Pustaka po. Exploring the genome space. Narnre.

Widjaja-Adhi lPG , Nugroho K, Ardi OS, Karama AS . 1992. Sumberdaya Lahan Pasang Surur, Rawa dan Panrai: Potensi, Kcrerbar3san dan

~o n of heat suess tOlerance in barley ~ent with glycinebetaine. Plant Growth

ible involvement of some secondary sugarcane. j. Plant Physio!. 163: 723-

Peman,faatan.

Makalah

urama

Pertemufln

NasionaL Pengembangan

Pertaman Lahan Pasang Sumt dan Rawa. Bogor. Widjaja-Adhi IPG. 1995. Potensi, Peluang dan Kendala Perluasan Areal Perranian di Lahan Rawa Kalimantan dan Irian Jaya. Seminar Perluasllfl Area! Pertanian di KT!. Serpong 7-8 November 1995 Wirnas 0, Makmur A, Sopandie 0, Aswidinnoor H. 2002. Evaluas i

'on of dehydrins under heat suess and

elations of sugarcane leaves. Bio!. Plant.

ad MR. 2007. Heat tolera nce in plants: 3): 199-223.

2' Altman A. 2004. Role of plant heatmaperones in rhe abiotic stress response. g~nous Knowledge in Facilitating the ess. Paper Presented at International Knowledge Systems and the Role of

24,1991. uru O . 2003. Secreted Acid Phosphatase • of Lupin in Response to Phosphorus

: 129-136. fhanisms of adaptation to high aluminum bgrowing in acid so il s: A review. Commun

1260.

22:785-

Osaki M. 2008. Root mucilage enhanced Wtlastome malabathricum, an aluminum

!'av. 3(8):603-605.

penggunaan hara kalium. Bit!. Agron. 30(2) :39-44. Wissemeier AH, DieningA, Hergenroder A, Horst W], and Mix-Wagner G. 1992. Calloose formation as parameter for assessing genotypical plant tolerance of alumin ium and manganese. Plant Soil. 146:67-75 . Wissuwa M and Ae N. 200 I. Further characterization of twO QTLs that increase phosphorus uptake of rice (OryZt/ sativa L.) under phosphorus defi ciency. Plant and Soil 237: 275- 286. Xu S, Li j, Zhang X, Wei H, C ui L. 2006. Effects of heat acclimation pretreamlcnr on changes of me mbrane lipi d peroxidarion , antioxidant me[~bol ires, and ulnasrrucwre of eh loroplasts in twO cool-season rurfgrass speclCs under heat stress. Environ. Exp. Bot. 56: 274-285. Yamada M , Hidaka T , Fukamachi H. 1996. Heat toleran ce in leaves of tropical fruit crops as measured by chlorophyll Auorescence. Sci. Hortic.

67: 39-48. Yamane Y, Kashino Y, Koike H, Sarah K. 1998. Effects of high temperatures on the photosyntheti c systems in spinach: oxygen-evolving activities, Auorescence characteristics and the denarurarion process. Pbotosynth. Res.

57: 5 1- 59.

bforganicacids in aluminum accumulation

f.a malabathricllm. Tree Physio!.

kerenggangan gailif padi gogo terhadap cekaman aluminium dan ellsiensi

Yamasato A, Nagata N, Ta naka R, Ta naka A, 2005 . The N-Terminal Domain of C hlorophyll ide a Oxygenase Confers Protein Instability in Response to C hlorophyll b Accumulation in Arabidopsis. The Plant Cell.

17: 1585- 1597.

•

by Ilmrient imbal ances and its co ntrol by potassium sul!:1te application. Plant Soil. 11 7:275-

Yamauchi M . 1989. Rice bronzing in N igeria caused

286.

209

Daftar Pustaka Yan F, Zhu Y, Muller e, Zorb C, Schubert S. 2002. Adaptation of H 'Pumping and Plasma Membrane H '-ATPase Activity in Proteoid Roots of White Lupin under Phosphate Deficiency I. Plant Physiology. 129:5063 .

Zhang J-H, Huang W-D, Liu Y-P, P.. acclimation pretrea tment on the yo ung grape plants (Vitis viniftra L

stresses.). Integr. Plant BioI. 47: 95

Yang Z M, Sivaguru M, Horst WJ , Matsumoto H. 2000. Aluminum tolerance is achieved by exudation oc citric acid from roots of soybean (Glycine max) . Physiol. Plantarum. 110(1):72-77.

Z hu JK. 200 l. Cell signaling under salt. Plant BioI. 4: 401--406. Z hu J K. 2002. Salt and drought stress Rev. Plant Bioi. 53:247-273.

Yeo AR. 1994. Physiological C riteria in Screening and Breeding. Di dalam Yeo AR, Howers TJ , editor. Soil Mineral Stresses: Approach to Crop Improvement. Berlin: Springer-Verlag.

Z hu GY, Kinet JM, Lutts S. 2001. Ch L.) F3 populations selected for salt I during vegetative growth. Euphytica

YingJ, Peng S, He Q, Yang H , Yang C, Visperas RM, Cassman KG. 1998. Comparison of high yield rice in tropical and sub-tropical environments. l. Determinants of grain and dry matter yields. Field Crops Res. 57:7184.

Zhu XG, Long SP, Ort DR. 2008. WI which photosynthes is ca n conyer[ il

19: 153- 159 .

Young KJ , Long SP. 2000. Crop ecosystem responses to climatic change: maize and so rghum. In: Reddy KR, Hodges HF (eds) Climate change and global crop productivity. CAB International , London, pp 107- 131. Yu HN , Liu P, Wang ZY, Chen WR, Xu GO. 2011.11,e Effect of Aluminum Treatment on the Root Growth and C ell Ulrrascrfllcrure otTwQ Soybean Genotypes. Crop Protection. 30: 323-328. Yu J. 2002. A draft sequence of [he rice genome (Or)'z. sativa L. ssp indica). Science. 296:79-92.

•

Zeng L, Shannon Me, Grieve C M. 2002. Evaluation of salt tolerance in rice genotypes by multiple agronomic parameters. Euphytica. 127 :235245. Zhang FS, MaJ , Cao YP. 1997. Phosphorus deficiency enhances root exudation oflow-molecular weight organic acids and utilization of sparingly soluble inorganic phosphates by radish (RaghanltS sativllS L.) and rape (Brassica napus L.) plants. Plant and Soil. 196:261 -264. Z hang], Nguyen H I. Blum A. 1999. Genetic analysis of osmotic adjusment in crop plants.), '/lnal o/Experimental Botany. 50: 291-302 . Z hang H , Blumwal d E. 200 I. Transgenic salt tolerant tomato plants accu mulate salt III fo liage but not in fruit. Nature Biotechnology. 19(8): 765-768.

210

'

•

Daftar Pustaka

i> C, Schuberr S. 2002. Adaptation of H 'brane H '-ATPase Activity in Ptoteoid Roots phate Deficiency I. Plant Physiology. 129:50-

Zhang J-H, Huang W-D, Liu Y-P, Pan Q-H. 2005. Effects of temperature acclimation pretreatment on [he ultrastructure of mesophyll cells in young grape plants (VitiJ vinif'era L. cv. ]ingxiu) under cross-remperamre stresses. j. !ntegr. Plant Bio!. 47: 959-970.

], Matsumoto H. 2000. Aluminum tolerance , citric acid from roots of soybean (Glycine

Zhu JK. 2001. Cell signaling und er salt, water, and cold stresses. Curr.Opin.

10{l):72-77.

Zhu ]K. 2002 . Salt and drought stress signal transduction in plants. Annu.

Plant Bio!. 4: 401-406.

rireria in Screening and Breeding. Dj dalam

Soil Mineral Stresses: Approach to Crop ~er- Verlag.

or.

Yang C, Vispetas RM , Cassman KG. 1998. ce in tropical and sub-tropical environments. ,d dty matter yields. Field Crops Res. 57:71-

Reo. Plant Bioi. 53:247-273. Zhu GY, Kin et JM, LuttS S. 2001. Characterization of rice (Oryza satioa L.) F3 populations selected for salt resistance. I. Physiological behaviour during vegetative growth. £uphytica. 121 :25 1-263. Zhu XG, Long SP, art DR. 2008. What is the maximum efficiency with which photosynthesis ca n converr into biomass? Curro Opin. Biotechnol.

19: 153- 159.

op ecosystem responses to climatic change: Idy KR, Hodges HF (eds) Climate change and B lntemational, London, pp 107- 131.

,

WR, Xu GD. 20 11 . The Effect of Aluminum wth and Cell Ultrasctructure of Two Soybean

. 30: 323-328. me rice genome (Oryza sativa L. ssp indica). •

, CM. 2002. Evaluation of salt to lerance in agto nomic parameters. Euphytica. 127:235-

'hosphorus deficiency e nhances roOt exudation "",ic acids and utilization of sparingly soluble dish (Raghanus satious L.) and rape (Brassica

Soi!. 196:261 -264.

1999. Genetic analysis of osmotic adjusment
•

1. Transgenic salt toleran[ tomato planes )lIt not in fruit. Natltre Biotechnology. 19(8) :

211