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1.
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Arsenic status of all the crops in the sequence (under different toposequences) fish, meat, egg, milk etc. in endemic and arsenic free areas, as well as available in the local market.
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Dr. S. Mondal,
Dr. P. K. Pal
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BCKV, UBKV
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2.
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Arsenic status of rice leaves, emerging from the stubbles and weeds (different families) in the crop fields and irrigation channels.
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Dr. C. K. Kundu,
Dr. A. C. Sinha
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BCKV, UBKV
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3.
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Status of arsenic: added through irrigation water, soil (initial & harvest) and rice grain for winter and summer rice (rice field belong to families having arsenicosis patient)
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Dr. S. Sarkar,
Dr. A. Sarkar
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BCKV, UBKV
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4.
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a) Source and arsenic status of crop seed, organics, spawn, etc.
b) Arsenic status of grain and straw of recombinant inbreed lines of rice.
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Dr. S. Bhattacharya,
Dr. K. Bhattacharya,
Dr. D. Mukhopadhyay,
Dr. A. Sarkar,
Dr. S. Samanta
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BCKV, UBKV, CIFRI
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5.
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Depth and arsenic status of underground-aquifer and surface pond water during May, September and January.
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Dr. C. K. Kundu,
Dr. A. C. Sinha,
Dr. P.K. Pal
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BCKV, UBKV
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6.
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Identification of polymorphic molecular markers among the parents. Linkage analysis for the markers with the QTLs responsible for arsenic- accumulation in straw and grain
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Dr. S. Bhattacharya
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BCKV
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7.
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Studying arsenic transport mechanism from root to grain of rice plant.
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Dr. S. Mondal
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BCKV
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8.
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Study of ruminant gut microbes for arsenic transformations.
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Dr. A.K. Bera,
Dr. T. K. Mandal,
Dr. S. Manna,
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WBUAFS, IVRI(ERS), CIFRI.
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9.
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a) Isolation, identification and Characterization of soil and aquatic microorganism capable of transforming inorganic arsenic to less toxic forms.
b) Determination of methods for mass production of selected microbes.
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Dr. S. C. Kole,
Dr. S. Manna
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BCKV, CIFRI
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10.
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Assessment of health status of fish, ruminants, poultry, etc., exposed to arsenic and their proteomic analysis (ruminants / poultry / duck has to be selected from the household of arsenicosis patient).
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Dr. B. Mohanty,
Dr. T.K. Mandal,
Dr. A.K. Bera
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CIFRI, WBUAFS, IVRI(ERS)
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11.
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Effect of arsenic contamination in laboratory mice
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Dr. D. Bhattacharya
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IVRI(ERS)
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12.
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Arsenic status of soil and grain / fruit/ tuber etc. of crops at harvest stage grown under irrigated condition in tube well commands.
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Dr. C. K. Kundu,
Dr. A. C. Sinha
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BCKV, UBKV
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13.
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Growing wheat under deficit irrigation.
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Dr. A. C. Sinha
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UBKV
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14.
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Growing different varieties of summer rice and maize under screened deficit irrigation regimes.
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Dr. C. K. Kundu,
Dr. A. C. Sinha
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BCKV, UBKV
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15.
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Solubility diagram of arsenic system under different background of pH and eH.
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Dr. S. K. Sanyal,
Dr. D. Mukhopadhyay
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BCKV, UBKV
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16.
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Mitigate arsenic status in soil through organic amendments (free of arsenic).
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Dr. K. Bhattacharya,
Dr. D. Mukhopadhyay
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BCKV, UBKV
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17.
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The role of phosphate in arsenic dynamics in soil-plant system under controlled conditions.
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Dr. K. Bhattacharya,
Dr. D. Mukhopadhyay
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BCKV, UBKV
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18.
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Monitoring arsenic status in diet and drinking water and their effect on human health.
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Dr. N. Ghosh
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DNGMRF
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19.
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Base line study of health status in humans due to intake of arsenic through diet and formulation of new treatment and diet regime for disease management in arsenic exposed people.
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Dr. N. Ghosh
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DNGMRF
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20.
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Arsenic dynamics in the chain of should be studied
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Dr. C.K. Kundu,
Dr. S. Sarkar;
Dr. A. K. Bera,
Dr. K. Mazumder
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BCKV, WBUAFS, IVRI(ERS), DNGMRF
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