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Abrahamsen G Homhredt R and Tveite B 1975 Impact of Acid precipitation on Coniferous Forest Ecosystems. Research report FR 2/75, SNSF Project, Noway. p. 15.
Abrahamsen G Stuanes A 0 and Tveite B 1983. cited from Park C C 1987 p. 92
Abrahamsen G Stuanes A 0 and Tveite B 1994. Long-term experiments with acid rain in Nor- wegian forest ecosystems Ecological Studies. 104. New York: Springer-Verlag. p 342
Adams C M 1982.' The response of Artemjsra rrlesrr to simulated acid precipitation. M.S.Th~iie. University of Toronto, Ontario
Adams C M Dengler N G and Hutchinson T L 1984. Acid Rain effects on foliar histology of Artemisla tilesii. Can. d. Bot 62: 463 -474
Agrawal K C 1993 Environmental Biology (Second Edition) Ago Botanical Publs Bi- kaneer. India. p 584.
Anitha P C 1990 lmpact of Simulated Acid Rain on Germination and Seedling Growth of Groundnut M.Sc. Project, Pondicherry University p.41
Anitha P C and Ramanujam M P 1992 lmpact of simulated acid rain on germination and seedling growth of groundnut. Ad. Plant Sci 5 180-1 86
Anonymous 1982. Canadian Network for Sampling Precipitation (CANSAP). Air Quality and Inter-environmental Research Branch, Atmospheric Environment Service, Environment Canada. Downsview. Ont.
Applii K R and Jersak J M 1986 Effects of b o r n e particulate maner on the acidity of pre- cipitation in central Missouri. Atmospheric Environ. 20: 965-969.
Amond P A Schreiber U and Bjorkman 0 1978. Photosynthetic acclimation to temperature in the desert shrub h e a d~vmgara U. Light harvesting efficiency and electron transport Plant Physiol. 61 41 1-415
Ashendon T W and Williams J H 1988 Dierences in the characteristics of birch canopies ex- posed to simulated acid rain. New Phytol. 109: 79-84
Banwart W L Finke R L Porter P M and Hassett J J 1990. Sensitivity of twenty soybean cul- (wars to simulated acid rain. J. Environ.Qua1. 19. 339-346
Barker M G and Ashenden T W 1993. Foliar injury in young Betulo pendula Roth. Salix purpurea L. and Ilex aquifolium L. trees and in propagated T m s buccata L. shoots ex- posed to intermittent fog at a range of acidities Environ. Pollut 80. 123-127.
Barnard W R Stensland G J and Gatz D F 1986 Alkaline materials flux from unpaved roads: source strength, chemistry and potential for acid rain neutralization. Water Air Soil PoUut 30 285-293
Beevers L and Hageman R H 1969 Nitrate reduction in higher plants. Annu. Rev. Plant Physiol. 20. 495-522
Bergersen F 1 1961. Haemoglobin content of legume root nodules. Biochim. Biophys. Acta 50. 576-578
Bhardwaj N and de la Cruz A 1986. Effects of simulated acid rain on germination and early seedling powth of soybeans. Poll Res 5 3 1-32
Bjorkman 0 Boardman N K Anderson J M Thorne S W Goodchild D J and Pyliotis N A 1972. Effect of light intensity during growth of Aatpiex pafttla on the capacity of pho- tosynthetic reactions, chloroplast components and structure. Camegie Inst. Washing- ton Year Book 71 115-135.
Boardman N K Bjorkman 0 Andersen J M Goodchild D J and Thorne S W 1975 * In Proc. 3rd Int. Cong.Photosynth. Res. (M.Avron, Ed.) Elsevier, Amsterdam. pp 1809- 1827
Boris K Meszaros E and Putsay M 1980.' On the atmospheric budget of nitrogen corn- pounds over Europe ldojaras 23 57 - 68
Boynton D 1954 Nutrition by foliar application. Annu. Rev. Plant Physiol 5: 31-34.
Bray H G and Thorpe W V 1954. Analysis of phenolic compounds of interest in metabolism. Meth. Biochem. Anal. 1 27 - 52
Cao J and Govindjee 1990 * Biochim. Biophys. Acta 1015 180-188
Chada Y R (Chief Eddor) 1976. The Wenlth of Indi - Raw Materials Vol. X. Publica- tions and information Directorate, Council of Scientific and Industrial Research New Delhi. pp. 476-494
Chang F H and Alexander M 1983. Effects of simulated acid precipitation on growth and nodulation of leguminous plants BuU. Environ. Contam. Toxicol. 30 379-387.
Chappelka A H Chevone B I Sder J.R. 1988. Growth and physiological responses of yellow-poplar seedlings exposed to ozone and simulated acidic rain. Environ. Pollut 49 1-18
Chen P C and Philips D A 1977. Induction of root nodule senescence by combined nitrogen in Plsum sativum L. Plant Physiol 59: 440-442
Ciha A J and Brun W A 1975. Stomata1 size and frequency in soybeans. Crop Sei. 15. 309-313
Cizkova R 1992. Interactive effect of simulated acid rain and 6-benrylaminopurine on chloro- phyll content in conifer seedlings. Photosynthetica 26. 165-172.
Cohen C J Grothaus L C and Perrigan S C 1982 Effects of simulated sulphuric acid and sulphuric-nitric acid rain on crop plants : results of 1980 crop survey Oregon State Univer- sity Agric. Espt. Sta. Spl. Report. 670, p 92
Cole D W and Johnson D W 1977. Atmospheric sulphate additions and cation leaching in a Douglas-fir ecosystem. Water Resources Res 13 3 13 - 3 17.
Crafts A S 1961 The Chemistry and Mode of Action of Herbicides. Interscience Publish- ers New York.
Craker L E and Waldron P F 1986 Ac~d ram and seed yeld reduct~ons In corn J. Environ. Qual 18 127-129
Delmas Rand Servant J 1988 The atmospheric sulphur cycle in the trop~cs In Acidification in Tropical Countries ( Eds Rodhe H and Herrera R ) John Wiley & Sons, England SCOPE 36 43 - 72
Deverall B J 1976. Defence Mechanism in Plants Cambridge University Press. London, p. 108
Dhamarajan K 1983 India' s energy supply policy and management. Natural Resource Fo- rum 7: 20-30
Dijkshoom W 1962 Metabol~c regulation of the alkaline effect of nitrate utiluation in plants Natum. 194 165-167
Dixon M J and Kuja A L 1995 Effects of simulated acid rain on the growth, nutrition, foliar pigments and photosynthetic rates of sugar maple and white spruce seedlings. Water Air Soil Pollut 83 219-236
Dollard Unsworth and Havey 1983. Quoted from Park c c 1987. p. 48
Dubois M Gilles K A Hamilton J K Rebers P A and Smith F. 1956. Colorimetric method for determination of sugars and related substances And. chem. 28. 350-356
Duysens L M N and Sweers H E 1963. Mechanisms of two photochemical reactions in algae as studied by means of fluorescence. In: Studies on Microalgae and Photosynthetic Bac- terir. Jap. Soe. Plant Physid. Univ Tokyo Press, Tokyo. pp. 353-372
Dybing C D and Currier H B 1961. Foliar penetration of chemicals. Plant Physiol. 36. 169-174.
Eaton F M and Harding R B 1959. Foliar uptake of salt constituents of water by citrus plants during intermittent sprinkling and immersion. Plant Physiol. 34. 22 - 26.
Evans L.S. 1979 A plant developmental system to measure the impact of pollutants in rain water. J. Air. PoUut. Control Assoe. 29. 145 - 148.
Evans L S 1980. Foliar responses that may determine plant injury by simulated acid rain In Polluted Rain (Eds Toribara T Y Miller M W and Morrow P E) Twelfth Annual Rochester International Conference on Environmental Toxicity. Plenum Publishing Co New York. pp. 239 - 257
Evans L S 1982. Biological e f f a s of acidity in precipitation on vegetation A review Envi- ron. Exp. Botany 22 155 - 169
Evans L S 1984a Acidic Precipitation Effects on Terrestrial Vegetation. Ansu. Rev. Phyt* pathol. 22. 397 - 420
Evans L S 1984b. Botanical aspects of acidic precipitation. Bot. Rev 50: 449-509.
Evans L S 1988 Effect of acidic deposition on vegetation . state of science. Perspectives in Environmental Botany. Today and Tomorrow's Printers and Publishers, New Delhi VOI 2 pp. 73 - 1 19.
Evans L S and Curry T M 1979. Differential Responses of Plant foliage to simulated Acid Rrun. Am. J. Bot. 66.953 - 962
Evans L S Curry T M and Lewin K F 1981a. Responses of leaves of Phaseolus YU/R(DIS L to simulated acidic rain. New Phytol. 88: 403 - 420.
Evans L S Grnur N F and Da Costa F. 1977a. Leaf surface and histological perturbations of leaves of Phccwolus vulgaris and Hebanthus annuus after exposure to simulated acid rain. Am. d. Bot. 64. 903-913
Evans L S Gmur N F and Da Costa F. 1978. Foliar response of six clones of hybrid poplar to simulated acid rain. PhytopathoL 68. 847-856
Evans L S Gmur N F and Kelsch J J 1977b. Perturbations of upper leaf surface structures by simulated acid rain. Environ. Exp. Bot. 17 145-149.
Evans L S Gmur N F and Mancini D 1982a. Effects of Simulated Acidic Ram on yields of Ruphanus sotivus. Luchrca saliva, Trilrcum mstrvum and Medrcago sativa. Environ. Exp. Bot 22: 445-453.
Evans L S and Hendrey G R 1979. (Eds.) Proceedings of the international workshop on tbe dects of acid precipitation on vegetation, soils and terrestrial ecosystems Brook- haven National Laboratow, U .S.A.,
Evans L S and Lewin K F 198 1 . Growth, development and yield responses of pinto beans and soybeans to hydrogen ion concentrations of simulated acid rain. Environ. Erp. Bot 21 102-1 13
Evans L S Lewin K F Conway C A and Patti M J 1981 b Seed yields (Quantity and Quality) of field-gown soybeans exposed to simulated acidic rain New Phytol. 89. 459-470.
Evans L S Lewin K F Cunningham E A and Patti M J 1982b Effects of simulated acidic rain on yields of field-grown crops. New Phytol 91 429-441
Evans L S Lewin K F Patti M 1 and Cunningham E A 1983 Productivity of field-grown soybeans exposed to simulated acidic rain New Phytol 93 377-388.
Evans L S Lewin K F and Patti M J 1984. Effects of simulated acidic rain on yields of field-gownsoybeans New Phytol 96 207-213
Ferenbaugh R W 1976. Effects of simulated acid rain on Phaseolus v u l p s L ( Fabaceae ). Am. J. Bot 63 283-288.
Fogg G E 1947. Quantitative studies on the wetting of leaves by water. Proc. Royal Soc. Landon (Series B) 134 503-522.
FOB G E 1948. Adhesion of water to the external surfaces of leaves. Discuss. Fareday Sw. 3: 162-169.
Forsline P L Musselman R C Kender W J and Dee R J 1982. Effects of acid rain on grape- vines. Am. J. EnoL Vitic. 34: 17-24.
Galloway J N 1989. Atmospheric aciddcation. Projections for the hture.Ambio 18: 161-166.
Garcia R L and h w a y J J 1976. Foliar Fertilization of soybeans during the seed-filling pe- riod. A p o . J. 68: 653-657.
Gates C T and Muller W J 1979. Nodule and plant development in the soybean (2yci1ir m m (L.)Merr Growth responses to nitrogen, phosphorus and sulphur Aust J. Bot. 27: 203-215.
Gordon C C 1972.* Short-long Conifer Needle Syndrome Interim Report to the Envirou- mental Protection Agency. U S A.
Gustafson F G 1956 Absorption of COW' by leaves of young plants and its translocation through the plant. Am. J. Bot 43 157-160
Gustafson F G 1957 Comparative absorption of cobalt" by upper and lower epidermis of leaves Fl. Physiol 32 141-142
Haines B L 198 1 Acidic Precipitation and its conesquences for aquatic ecosvstem A renew Trans. Am. Fisheries Soc 116 669-707
Haines B L Jemstedt J A and Neufeld H S 1985 Direct foliar effects of simulated acid rain I1 Leaf surface characteristics. New Phytol 99 407-4 16.
Haines B L Stefani M and Hendnx F 1980 Acid rain : threshold of leaf damage in eight plant species from a southern Appalachian forest succession. Water Air Soil Pollut 14 403 -407
Hall D M Matus A 1 Lambelton J A and Barber H N 1965 Infra-specific variation in wax or leafsurfaces. Aust. J. Biol. Sci. 18 323-332
Hallam N D and Juniper B E 1971 The anatomy of the leaf surface In Ecology of Leaf sur- face Micro-organisms ( Eds Preece T F and D~cktnson C H ) , Academc Press New York pp 3-37
Hardy R W F Burns R C and Holsten R D 1973. Applications of the acetylene - ethylene as- say for N: fixation Soil Biol. Biochem. 5 : 47-81.
Heagle A S Body D E and Heck W W 1973 An open-top field chamber to assess the impact of air pollution on plants J. Environ. Qual. 2: 365.
Heagle A S Philbeck R B Brewer P F and Ferrell R E 1983. Response of soybeans to simu- lated acid rain in the field. J. Environ. Qud. 12: 538-543.
Hindawi I J Rea J A and Grittis W L 1980. Responses of bush bean exposed to acid mist Am. J. Bot. 67: 168-172.
HoUoway P J 1971. The chemical and physical characteristics of leaf surfaces. In : Ecdogy of Leaf Surface Micro-organisms (Eds. Preece T.F. and Dickinson C.H.).Acadernic Press. New York. pp. 39-53.
Holmes J A Franklin E C and Gould R A 191 5 * Report of the Selby Smelter Commission U.S.Bureau of Mines. No.98
khan R 1969 Natural products. A laboratory guide, Academic Press, New York
I ~ n y P M and Mjller J E 1980. Response of field-grown soybeans to acid precipitation alone and in combination with sulfUr dioxide. In : Ecological Impact of Acid Precipitation (Ed. by Drablos D and ToUan A), SNFS. As-NLH, Noway. pp 170- 17 1.
Irving P M and Miller J E 1981. Productivity of field-grown soybeans exposed to acid rain and sulphur dioxide alone and in combination. J. Environ. Qua1 10: 473-478.
Jaakkola S Katainen H Kellomalu S and Saukkola P 1980. The effect of artificial acid rain on the spectral reflectance and photosynthesis of scotpine seedlings In Ecological Impact of Acid Precipitation (Ed Drablos D and Tollan A) pp. 172-173 SNSF As-NLH Noway
Jackson M L 1958. Sod chemical Analysis. Prentice - Hall Inc Engle Wood Cliffs, New Jersey U S A
Jacobson J S 1979 Impacts of acid precipitation on crops. In Proceedings of the internr- tionll Workshop on the Effect of Acid Precipitation on Vegetation, Soils and Terres- trial Ecosystems (Eds. Evans L S and Hendrey G R) Brookhaven National Laboratory US& p.29
Jacobson 1 S 1980 Experimental studies on the phytotoxicity of Acidic Precipitation: The United States Experience, NATO C0n.f Ser. I, 4. 15 1
Jacobson 1 S Troiano J Colavito L 1 Heller L 1 and Mc Cune D C 1980. Polluted rain and plant growth. In. Proc.ltth Rochester h t . Conf. Environmental Toxicology, University of Rochester, Rochester NY, Plenum Press. New York, pp. 291-306
Jacobson 1 S Troiano J and HeUer L I 1985. Stage of development response and recovery of radish plants from e p i d c exposure to simulated acidic rain. J. Exp. Bot 36: 159-167.
Jacobson 1 S Troiano J Heller L 1 and Osmeloski 1 1986. Influence of sulfate, nitrate and chloride in simulated acidic rain on radish plants J. Environ. Qual 15: 301 -304,
Jacobson J S Troiano J J Heller L 1 and Osmeloski L 1987. Effect of fertilizer on the growth of radish plants exposed to simulated acidic rain containing different sulfate to nitrate ra- tios. Environ. Pollut. 44. 7 1-79.
Jacobson J S and van Leuken P 1977. Effects of Acidic Precipitation on vegetation. Proc. Fourth International Clean Air Congraa. Tokyo. pp. 124-127.
Jaworski E G 1971. Nitrate reductase in insact plant tissue. Biochem. Biiphys Res. Corn- mun. 43: 1274-1279.
Jayabalan R 1993. GTowth and yield of green gram under simulated acidic precipitation. M.Phil. Dissertation, Pondicheny University. p.66.
Johnson G and Shoal L A 1952. Relation of chlorogenic acid to scab resistance in potatoes Science. 1 15 - 627-629.
Joliot P and Joliot A 1984. Electron transfer between the two photosystems I. Flash excita- tion under oxidizing conditions. Biochim. Biophys. Actr 765.210-218.
Jones A W Mulchi C L and Kenwonhy W J 1985 Nodule activity in so$ean cultivars ex- posed to ozone and sulfur dioxide J. Environ. Qual. 14 60-65.
Jonsorm B and Sundberg R 1972. Has the acidification by atmospheric pollution caused a growth reduction in Swedish forests? Royal Ministry of Agriculture Stockholm, pp. 46
Joy K W 1969. Nitrogen metabolism of Lemno mrnor Il Enzymes of nitrate assimilation and some aspects aftheir regulation PI. Pbysiol. 44- 849-853.
Juniper B E 1960." Studies on Structure in Relation to Phytotoxicity. Ph.D. Dissertation, University of Oxford, Great Britain.
Juniper B E and Jetfree C E 1983 Plant Surfaces. Arnold London p 93
Karapetyan N V and Bukhov N G 1986 * Fuiologiya 33 : 101 3-1026
Kautsky H and Hirch A 193 1 * Neue Versuche Zw Kohlenstoffassimilation. Naturwissen- hafte en 19: 961.
Keever G J and Jacobson J S 1983. Response of Gfycvclnr mm (L.) Merri1l to simulated acid rain 11. Localkation of foliar injury and growth responses. Field Crops Res. 6. 251-259.
Khemani L T Momin G A Naik M S Rao P S P Kumar R and Ramanamurthy Bh.V. 1985. Impact of alkahe particulates on pH of rain water in India Water Air Soil Pollat. 24: 365-376.
Khemani L T Momin G A Rao P S P Safai P D Singh G Chattejee R N and Prakash P 1989a. Long-tenn effects of pollutants on pH of Rain water in North India. Atmospheric Environ. 23: 753-756.
Khemani L T Momin G A Rao P S P Safai P D Sin& G and Kapoor R.K. 1989b. Spread of Acid rain over India. Atmospheric Envimn. 23: 757-762.
Khemani L T Momin G A Rao P S P Pilai A G Safai P D MohanK and Rao M G 1994 Atmospheric pollutants and their influence on acidification of rain water at an industrial lo- cation on the west coast of India. Atmospheric Envimn. 28: 3145-31 54
Kohno Y and Fujiwara T 1981. * Effects of Acid Rain on the Growth and Yield of Radish and Kidney bean. CRIEPI Report 481 008.
Kohno Y and Fugiwara T 1982.* Cryo-scanning Electron microscopic obsemations and concentrations of Inorganic Elements in Radish and Kidney Bean Exposed to Acid rain. CRIEPI Report 481014.
Kohno Y and Kobayashi T 1989a Effect of simulated acid rain on the growth of soybean. Water Air Soil PoUut. 43: 11-19
Kohno Y and Kobayashi T 1989b Effect of simulated acid rain on the yield of soybean. Water Air Soil PoUut 45 173-181.
Krause G.H. and Weiss E 1984.' Photosynth. Res 5. 139-1 57
Krause G H and Weiss E 1991 * Anna. Rev. Plant Physiol. Plant MoL Biol 42 : 313-349
Krupa S V 1979. Atmospheric Sulfur Transformations - s u h r dioxide, suffiric acid aerosols, acidic rain and their effects on vegetation In. Proc. Symposium on Environmental Pol- lution and Toxicology, pp. 11-33
Kulandaivelu G and Daniell H 1980 An index of photosynthetic oxygen evolution in leaves, chloroplasts and algae. Physiol. Plant. 48: 385-388
Kulandaivelu G Maragatham S and Nedunchehan N 1989. On the possible control of ultraviolet-B induced response in growth and photosynthetic activities in higher plants Physiol. Plant. 76 398-404.
Kurnar N 1988. Seed yield and quality of Pisurn smwirn L exposed to simulated acidic rain. Ad. Plant Sei. 1: 28-34.
Kumar N and Singh V 1987. Effect of acidulated water on seed germination and seedling growth of Raphamcs sofrws L. Nat. Acad. &i Letters,lO: 5 -7.
Kumaravelu G and Ramarmjam M P 1992. Response of groundnut cultivars to simulated acidic environment during germination. In. Proc APSl Ses. and National Seminar on New Trends in Plurt Researches, Muzaffamagar, India. Abst. No. 5, pp. 4-5.
La Bastille 1981 *. Quoted from Park C C 1987, p 39
Laemmli V K 1970. Cleavage of Structural Proteins during the assembly of the head of bac- teriophage T,. Nature 227: 680
Lee J J Neely G E Perrigan S C and Grothaus L C 198 1. Effect of simulated sulfuric acid rain on yield, growth and foliar injury of several crops. Environ. Exp. Bot 21. 171-1 85
Leith D Murray M B Sheppard L J Cape J D Deans R Smith I and Fowler D 1989. Visi- ble foliar injury of red spruce seedlings subjected to simulated acid mist. New Phytol 113: 313-320
Lewis 0 A M 1986 Plants and Nitrogen. Studies in Biology No. 166. Edward Arnold (Pub- lishers) Ltd. London. p. 104
Lichtenthaler H K Bushmann C Doll M Fictz H J Bach T Kozel U Meier D and Rahrnsdorf U 1981 * Photosynth. Re. 2 115-141
Likens G E and B o w F 1974 Acid Rain - a serious environmental problem. Science 184 1176-1179
Linskens H F 1950 * Quantitativ bestimmung der benetzbarkeit von blatterberflachen Planta 38 591-600
Loomis W E and Shull C A 1937 Methods in Plant Physiology. McGraw-Hill Book Co., New York p. 276.
Lowry 0 H Rosebrough N J Fan A L Randall R J 1951 Protein measurement with the Folin phenol reagent J-Biol. Chem. 193 265-275.
Malviya P and Rao D N 1988. Effect of simulated acid rain on essential oil content in Oa- mum m t u m Linn. Indian Perfumer 32. 273-277.
Marsh 1978- Quoted from Park C C (1987). p. 41
Martens C Landuydt K and Impens I 1989. Direct effects of acidic wet deposition on photo- synthesis and stornatal conductance of two Populus clones (Populus cv. Beaufie and ro- busta) Ann. Sci. For. 586- 589
Martin J T and Juniper B E 1970. The Cuticles of Plants. St. Martin's Press, New York
Mason 1978. Quoted &om Park C C (1987). p. 41
M a ~ s P and Paillotin G. 1981 .* In The Biochemistry of Plants. (Hatch M D and Boardman N K. Eds.) Academic Press, New York. Vo1.8 pp. 97-161
Mc Cready R M Guggale J Silviera V and Owens H S 1950. Determination of starch and amylase in vegetables: Application to peas. Anal. Chem. 29. 11 56- 1158.
Mc Cune D C and Weidensaul T C 1978 Effects of atmospheric sulphur oxides and related compounds on vegetati0n.h Sulphur Oxides. National Academy of Sciences, Washington DC. pp. 80- 129.
Mc Dowell W H 1988. Potential effects of acid deposition on tropical terrestrial ecosys- tems. In Acidification in Tropical Countries (Eds Rodhe and Henry).John Wiley & Sons Ltd England. SCOPE 36. 1 17-1 39
Mc Farlane J C and Berry W L 1974. Cation penetration through isolated cuticles Plant Physiol 53. 723-727.
Mc Laughhn S B and Shnner D S 1980 Allocation of resources to defense and repan In Plant disuse:An advanctd treatise Vol5,( Horsfall J G and Cowllng E B Eds) Aca- dem~c Press, New Y ork pp 407-43 1
Meher Homji V M 1991 The climate change: The Forest Link, The Hindu Survey of the Environment. pp 88-91
Mehler A M 1951 Studies on reactions of illuminated chloroplasts 1. Mechanism of the re- duction of oxygen and other Hdl reagents Arch. Biochem. Biophys. 33 65 - 71
Melkania N P and Melkania U 1993. Ecosystem acidification. A global perspective. In: Environmental Problems and Prospects in India ( Ed Balakrishnan M) Oxford & IBH Publishing Co.Pvt.Ltd New Delhi pp. 157-194
Mohan P Bhat M G Singh N N and Singh P 1992. Variability of biomass and harvest index in Asiatic(~;.mboreum L.)and American ((;.hrr.wtum) cottons. Ad. Plant Sci. 5 - 100-105.
Mohanty P K 1972.' Ph.D. Thesis, Univ. ofIllinois, USA
Murata N and Miyao N 1987 Oxygen - evolving complex of photosystem I1 in higher plants.ln. Progress in Photosynthesis. Biggens J (ed) Martinus Nijhoff. Dordrecht. ISBN V01.l pp. 453-462.
Muthuchelian K Murugan C Harigovindan R Nedunchezhian Nand Kulandaivelu G 1995. Growth of I4CO2 fixation, activities of photosystems, nitrate reductase in trees as affected by simulated acid rain. Biol. Plantarum 37: ms proof,
Muthuchelian K Nedunchezhian N and Kulandaiveh G 1993 Effect of simulated acid rain on I4CO2 fixation, ribulose-l,5-bisphosphate carboxylase and nitrate and nitrite reductase in Y t p sinensrs and Phaseolus rnungo. Photosynthetiea 28: 361-367
Muthuchelian K Nedunchezhian N Kulandaivelu G 1994 Acid rain acidic rnist-induced response in growth and photosynthetic activities on crop plants. Arch. Eoviron. Contam. Toxicd. 26: 521 - 526
NEERI 1988. Aif quality status in ten cities : India 1982 - 1985. National Air Quality Monitoring Network. National Environmental Engineering Res Institute, Nagpur
Nelson J F Kurty 1 T Brav R H 1954 Anal. Chem 26 1081
Nelson N 1944. A photometric adaptation of the Somogyi method for the determination of glucose J.Biil.Chem. 153 375-380.
Nelson J F Kurty 1 T and Brav R H 1954 Anal. chem. 26. 1081
Neufeld H S Jemstedt J A and Haines B L 1985 Direct foliar effects of s~mulated acid rain I Damage, growth and gas exchange New phytol 99 389-405
Neumann P M Ehrenreich Y and Golab Z 1981 Foliar fertilizer damage to corn leaves: Re- lation to cuticular penetration Agron. J 73. 979-982
Noorudeen A M and Kulandaivelu G 1982 On the possible site of inhibition of photosyn- thetic electron transport by ultravioletS (W-B) radiation. Pbysiol. Plant. 55: 161-166
Norby R J and Luxmoore R 1 1983 Growth analysis cf soybean exposed to simulated acid rain and gaseous air pollutants. New Phytol. 95. 277-287.
Norby R J Richter D D and Luxmoore R J 1985. Physiological processes in soybean inhib- ited by gaseous pollutants but not by acid rain. New Phytol. 100: 79-85.
Norby R J and Takernoto B K Johnston J W and Shnner D S 1986.. Acetylene reduction rate as a physiological indicator of the response of field-grown soybeans to simulated acid rain and ambient gaseous pollutants. Environ.Exp. Bot. 26: 285-290.
Noms R F 1974. Penetration of 2.4-D in relation to cuticle thickness. Am. J. Bot. 61: 74-79.
Nouchi 1 1992. * Acid precipitation in Japan and its impact on plants: 1. acid precipitation and foliar injury. Japan Agric. Res. Quaterty 26: 171-177.
Oden S 1968. The a c i d h t i o n of air and precipitation and its coneeqoences on the natural enviroamcat. Swedish Nat. Sci.Res.Council.Stockhoh. Bull. No. I
Oden S 1976. The acidity problem-an outline of concepts. Water Air Soil PoUut 6: 137-166.
Papageogiou G 1975. Chlorophyll fluorescence. An intrinsic probe of photosynthesis. in Bioeoergetica of Photosynthesis (Ed. Govindjee), Academic Press, New York pp. 319- 371.
Paparoizi E T 1981. The effects of simulated acid precipitation on leaves of Betula alle- ghaniensis Britt. and Phaseolus vuIgm~s Cv.Red Kidney Ph.D.Thesis, Cornell University, lthaca New York.
Paparozzi E T and Tukey H B 1979 Foliar uptake of nutrients by selected ornamental plants. J. Am. Soc Hort, k i . 104. 843-846.
Paparozzi E T & Tukey H B 1983. Developmental and anatomical changes in leaves of yel- low birch and red kidney bean exposed to simulated acid precipitation J. Am. Soc. Hor- tic. Sei. 108. 890-898.
Park C C 1987 Acid Rsin- Rhetoric and Reality. Methuen. London & New York p 272.
Patterson D T Duke S 0 and Hoagland R E 1978.* Rant Physiol. 61 : 402-40.5
Percy K E 1983 Sensitivity of eastern Camdm forest tree speaes to simulated acid rain pre- cipitation. Aq. Ser. Botanica, 19 41-49
Percy K 1986. The dec ts of simulated acid rain on germinative capacity, growth and mor- phology of forest tree seedlings. New Phytol. 104: 473-484.
Porter P M Banwart W L Hassen J J and Finke R L 1987. Effects of simulated acid rain on yield response of two soybean cultivars. J. Environ. QUA. 16: 433-437
Porter P M Banwart W L Ziegler E L Vasilas B L and Hassett J J 1989. Effects of simu- lated acid rain on growth parameters and yield components of two soybean cultivars. New Pbyt~l. 113 77 - 83
Postel 1984.* Air pdlntion, acid rain and the h t u n of the forests. World Watch Paper 58, World Watch Inst. Washington
Pringle R B and Scheffer R P 1964. Host - specific plant toxins. hnu. Rtv. Phytopathol. 2: 133 - 156.
Radii 1 W 1975. Differential regulation of nitrate reductase induction in roots and shoots of cotton plants. PI. Physid. 55: 178-182.
Ramadass M 1W3. Economic Development of Pondicheny (Tamil). Rina Publications, Madras. p. 491.
Raynal D J Roman J R and Eichenlaub W M 1982 Response of tree seedings to acid precipi- tation. 11. Effect of simulated canopy throughfall on sugar maple seeding growth. Envi- ron. Esp. Bot. 22. 385-397.
Renger G Volker M Eckert H J Fromme R Hohm-veit S and Graber P 1989. On the mechanisms of photosystem deterioration by UV-B irradiation. Photoehem. Photobiol 49 97 - 105.
Rigaud J and Puppo A 1977 Effect of nitrite upon leghemoglobin and interaction with nitro- gen fixation Biochim. Biophys. Acta 497: 702 - 706.
Rinallo C 1989 Comparative effects of the satt components of acid rain, acidified water and simulated acid rain on Malus commmunrs L. and Pyws communrs L Adv. Bortic. Sci. 3 126 - 132.
Roberts B R Cannon W N Jr 1992 Growth and water ralationships of red spruce seedlings exposed to atmospheric deposition and drought. Can. J. For. Res. 22. 193-197
Rodhe H 1989. Acidification in a Global Perspective. Ambio. 18 155 - 160
Rodhe H Cowling E Galbally I Galloway J and Herrera R 1988 Acidification and regional air pollution in the tropics. In Acidification in Trapid Countries. (Eds. Rodhe H and Herrera R) John Wiey & Sons Ltd., London. Scope - 36. 31 - 72
Rodhe H Galloway J and Dianwu Z 1992. Acidification in South-East Asia - Prospects for the coming decades. Ambio. 21. 148 - 1 50.
Salisbury E J 1928. On the causes and ecological significance of stornatal frequency with spe- cial reference to Woodland flora. Phil. Trans. R Soc. B. 216. 1 - 65
Sargent J A and Blackman G E 1962. Studies on foliar penetration. 1 Factors controlling the entq of 2.4-dichloroacetic acid. J. Expt Bot. 13: 348 - 368.
Sargent J A and Blackman G E 1%5. Studies on foliar penetration. 2. The role of light in determining penetration of 2.4 - dichroroacetic acid. J. Exp. Bot. 16: 24 - 47.
Satoh K and Fork D C 1982.' Photobiochem. Photobiophys. 4: 153-162
Satoh K Yamagishi A and Katoh S 1977.' In. Photosynthetic Organelles in Plant Cell Physiol. Spl. Issue pp. 75.
Save H 1991. Photosynthetic and stomata1 responses to polluted air and the use of physio- logical and boichemica! responses for early detection and diagnostic tools. Adv. Bot. Res 18. 1-128.
Scherbatskoy T 1989. Ionic interactions between precipitation and leaf cuticles. Ann. Sci. For 46.(suppl ) 557-560
Schnepf E 1965 * Llcht - und elektronenmikroskopische Beobachtungen an den mchom - hy- dathoden von Crcer melrnirm Z. Pflanzeuphysiol 53 245-254
Scherbatskoy T and Klein R M 1983. Response of spruce and birch foliage to leaching by acid mists. J. Environ. Qual 12 189- 195.
Schonherr J 1976. Water Permeability of isolated cuticular membranes The effect of pH and cation on diffusion, hydrodynamic permeability and size of polar cores in the cutin matrix. Plants 128 113-126.
Schonherr J and Bukovac J 1972 Penetration of stomata by I~qulds Dependence on surface tension, wettabii~ty and stomata1 morphology PI. Physiol 49 813-819
Schonherr J and Schmidt J W 1979 Water permeability of plant cuticles. Dependence of per- meability co-efficients of cuticular transpiration of vapor pressure saturation deficit. Planta 144 391 - 400.
Schrader L E and Hageman R H 1967 Regulation of nitrate reductase activity in corn (Zea may3 L.) seedlings by endogenous metabolites. Plant Physiol. 42: 1750 - 1756.
Schreiber U Fink R and Vidaver W 1977 Fluorescence induction in whole leaves: Dfieren- tiation between two leaf sides and adaptation to different light regimes. Ptanta 133: 121-129
Sharma N K Sharrna K T and Garg G 1994. Effect of simulated acid rain on Pmnusper- srw L J . Indian bot. Soc. 73 135-137
Shoaf T W and Lium B W 1976, Improved extraction of chlorophyll "a" and "b" from algae using diiethyl sulphoxide. Limnd. Ocean 0%. 21: 926-928.
Shriner D S 1976. Eff'ects of simulated rain acidified with sulpburic acid on host - parasite in- teractions. In: Proc Int. Symposium on Acid rain Injury and Forest Ecosystems, USDA, Forest s&ce.General Techcal Report NE-23. pp. 919-926.
Shriner D S 1977. Effects of simulated rain acidified with sulphuric acid on host-parasite in- teractions. Water Air Soil PoUut. 8: 9-14.
Shnner D S 1978. Interactions between acidic percipitation and SO2 or 0, .Effects on plant response. Phytopathol. News 12. 153
Shnner D S 1979 Characterization of foliar injury. In: Proceedings of the lnternationnl Workshop on tbe Effects of Acid Precipitation on Vegetation, Soil and Terrestrial Ecosystems. (Evans L S and Hendrey G R, eds ) Brookhaven National Laboratory USA.
Shnner D S and Johnston J W 198 1 Effects of simulated acidified rain on nodulation of legu- minous plants by Rh~zobrum spp. Environ. Exp. Bot 21 . 199-209.
Sinclair J and Spence S M 1988 * Biocbim. Biopbys. Acta 935: 184-194
Singh N Yunus M Singh S N and Ahmad K J 1992 Performance of F'lcra,fah plants in re- lation to simulated acid rain and/or endosulphan treatment. Bull Environ. Contam. Tori- c d 48 243-248.
Smith H 1982 * Annu. Rev. Plant Physiol. 33 481-518
Stewart W D P 1966. Nitrogen fuation in plants. Oxford University Press, New York
Stewart W D P Fitzgerald G P and Burris R H 1967 In situ studies on nitrogen fixation us- ing the acetylene reduction technique. Proc. Natl. Acad. Sci USA 58 2071-2078.
Streets D G and Veselka 'I' D 1987.. Future emissions Interim Assessment of the na- tional Acid precipitation Assessment Programme, Washington D C
Sundaresan B B 1983. State of Environment in India Environmental PoUution, pp. 1-15
Tamm C 0 and Cowling E B 1977. Acidic precipitation and forest vegetation. Water Air Soi Pdlut 7, 503-51 1
The Hindu 1991. A Survey of Environment, Madras. pp.88-91
Thomas M S Hendncks R H Hill G R 1944. Some chemical reactions of sulphur dioxide aftel absorption by alfalfa and sugar beets. Plant Physiol. 19: 212-226.
Thornber J P Peter G F and Nechushtai S 1987.' Physiol. Plant 71: 236-240.
Thrush 1983- Quoted from Park C C 1987, p. 3
Ti!? 1985-Quoted from Park C C 1987. p. 102
Ting I P and Heath R L 1975. Responses of plants to air pollutant oxidants Adv. Agmn. 27. 89-121
Tingey D T and Blum U 1973 Effects of Ozone on soybean nodules J, envir. Qual. 2 341-342
Trinchant J C and Rigaud J 1980. Nitrite inhibition of nitrogenase from soybean bacteroids Arch. Micmbiol. 124 49-54
Trites L F and BidweU R G S 1987. Effect of acidic precipitation on bean plants Can. J. Bot. 65 1121-1 126
'Iroiano J Colavito L Heller L Mc Cune D C and Jacobson J S 1983 Effects of acidity of simulated rain and its joint action with ambient Ozone on measures of biomass and yield in soybean. Environ. Exp. Bot. 23. 1 13-1 19
Troiano J HeUer L and Jacobson J S 1982 Effect of added HZO and acidity and of simulated rain on growth of field - grown radish Envimn. Pollut. (series A) 29. 1-1 1
Troiano J and Mc Cune D C 1984 * Commentary JAPCA, 34. 1 1 15-1 1 16
Tumble J T Walker G P 1991 Acute effects of acidic fog on photosynthetic activity and mor- phology of Pheolus luwfus Hortic. Sci. 26. 1531-1 534
van Breemen N Burrough P A Velhorst E J Van Dobben H F and de Wit T 1982. Soil acidification from atmospheric ammonium sulfate in forest canopy throughfall. Nature 299 548-550
van Elsacker P and Impens I 1989. Response of shoot growth and gas exchange of I'rcea abres clones to rain acidity and the addition of ions Ann. Sci. For (1989) 46 suppl . 595 - 598.
Varshney C K and Garg J K 1978. A quantitative assessment of sulphur dioxide emission from fossil hels in India. Air pollut. Control Assoc. 12 18-26
Wakayama S 1995 Acid attack. Down to Earth 4 (13). 15.
Walddron J K 1978.. Effects of soil drenches and simulated rain application of su l f ic acid and sodium sulfate on the nodulation and growth of legumes. M.S. Tbesi$ North Carolina State University, Raleigh. USA.
Wellburn A 1988. Air pdlution and Acid Rain - The Biological Zmpet. Longman scien- tific and technical. New York p. 274.
Winstanley D 1973. Rainfall patterns and general atmospheric circulation. N ~ h v r 245: 190-194.
Woolley 1 T Hicks G P and Hagernan R H 1960. Rapid determination of nitrate and nitrite in plant material. J. Agri Food Chem. 8: 481-482.
Wood T and Bormann F H 1974 The effects of artificial acid mst upon the growth of Betula alIeghuniems Britt Envimn. Pollut 7 259-268
Wood T and Bormann F H 1975 Increases in foliar leaching caused by acidification of an ar- tificial mist. Ambio 4 169-171.
Wood T and Bormann F H 1977. Short-term effects of an mificial acid rain upon the growth and nuuient relations to P r m strohus L. Water Air Soil Pollut. 7: 479-488.
Zar 1 H 1984 Bio-Statistical Analysis. Prentice-Hall Inc., Englewood Cliffs New Jersey p 718
Zeigler I 1979 Metabolic effect of acid rain on foliage. lo Proceedings of the Internr- tiond Workshop on the Effect of Acid Precipitation on Vegetation, Soil and Terres- trial Ecosystems. (Eds. Evans L S and Hendrey G R) Brookhaven National Laboratory USA, p.19-20