Innovative Application of Scientific Facts and Irrational Mechanics to Develop Green Chemistry Endowed Racy Nature Sustainable Agriculture

Authors

  • R. C. Yadav Water and Environment Interaction Specialist, Former Head CSWCRTI, Research Centre,Panchkula, Haryana

DOI:

https://doi.org/10.53555/ans.v1i1.920

Keywords:

Aerobic and anaerobic decomposition, n, Eutrophfication, Food security, green chemistry, Nature agriculture, post sowing cultivation, raised bed and furrow, Sulphur cycle, Toil free zero weeding ecology and ultimate irrigation practice

Abstract

Food policy formulators’ world over worry on keeping pace with world food production to feed likely buildup of nine billion population and protection of environment. The objective of this study was to develop an innovative alive, smart and enthusiastic (racy) nature agriculture for enhancing sustainable food productivity. Innovative application of scientific facts for inducement of green chemistry involvement in agriculture and quantum mechanics to operate on right path to produce useful secondary natural resources was devised. The knowledge intensive racy nature agriculture technology comprises year round schedule of operations for production of crops by selecting most appropriate cropping pattern, application of manure, fertilizers, carrying out land formation, precision sowing, application of ultimate green irrigation, conductance of toil free eco agriculture, inter-culture, harvesting and post harvesting cultivation to enhance crop yield and reduction of GHGs, a necessary requirement for endowment of green chemistry for sustainable productivity. This racy nature agriculture involves many non monetary inputs in agriculture. The validation of increase in yield and development of green chemistry was sufficiently accomplished and documented. The racy nature agriculture is quantum mechanics involving fixed module technology suitable for all crops, soils, ecosystem, both irrigated and rainfed agriculture. The racy nature agriculture technology eliminates all wildernesses in agriculture and brings it at right fixed paths of green chemistry involved with irroatational mechanics is capable to bring sustainable productivity under all situations and sites. It needs optimization of doses of inputs and carryout customization to bring scientific management to make up shortfall at local conditions. Thus, implementation of racy nature agriculture will alleviate world over worry of grim food situation and development of bad environment. The racy nature agriculture will be saviour for global agriculture by fulfilling challenges of green chemistry for sustainable food production and protection of environment for present and the posterity.

Downloads

Download data is not yet available.

References

Thomas, Croline and Evans, Tony (2011). Poverty, Development and Hunger, In Baylish, John, Smith Steve and Oven Patrics, (Editors). 2011. The Globalisation of World Politics: An introduction to world relations, Fifth Eedition, Oxford University Press, 471

Bossio Deborah and Geheb Kim, 2008. Conserving land protecting water: Anintroduction. In Bossio Deborah and Geheb Kim.2008.Conserving Land Protecting Water Comprehensive Assessment in Agriculture. Series CABI, in association with CGIAR Challenge Program on Water and Foods, International Water Management Institute Sri Lanka, pp XI-XVIII.

Dhillon, K.S. and Dhillon, S.K. 2010. Selenium accumulation in sequentially grown wheat and rice as influenced by gypsum application in seleniferous soil. Plant and soil nutrition. (1, 2): 227-243

Guilette, E.A., Meza M.M., Aqullar,M.G., Soto, A.D. and Garcia, I.E., 1998.An anthropological approach to evaluation of preschool children exposed to pesticides in Mexico. Environmental Health Prospective. 106(6):347-358.

Heera, C.K.Partal,K. And Dhillon, K. 2004. Dietary selenium intake by men and women in high and low selenium area of Punjab. Public Health Nutrition.,7(1):39-43.

Herbal, M.J.,Johnson T.M Tanji, K.K. Cao, S. And BullenT.D. 2002. Selenium stable180 take ratio in California. Agricultural Drainage Water System J of Environmental quality.31:1146-1156.

Jacks, G., Bhattacharya,P, Chaudhury, P and Singh .V.P. 2005.Genesis and control of some F ground water in India. Applied Geochemistry. 20(2):221-228.

Jaglan,M.S. and Qureshi, M.H., 1996. Irrigation development and its consequences in arid region in India. Environmental Management.20:323—336.

Krishnamoorty. K.A.V.R., 1976. Further observations on the syndrome of endemic genu valgum of south India. Indian J of Medical Research, 6(2)284-291.

Yadav, R.C. (2015). Geology and Geographical Implications on Food Related Health Hazards and their Remedial Measures. 8thWSEA conference on geology and geography. Salerno University, Italy, ,June, 28-30,2013

Guftafson,A.E,1939/2010.Hand Book of Fertilisers,, Their sources, make ,effect and use. Third edition, Agro Bios, Jodhpur,India pp15

Hammer Mark, .J., Hammer Mark, Jr, 2005. Water and Waste Water Technology. Printice Hall of India. New Delhi 110001.

Ehlers, Wilfried, Goss, Michael, 2003 Water dynamics in plant production. CABI Pubication, Walling Ford, U.K. 2003.

Lauren, J.G., Pettygrove, G.S., Daxbury, J.M. 1994.Methane emission associated with a green manuring amendment to flooded rice in California. Biogeochemistry.24:5-65.

Yadav, R.C. 2012. Innovative application of scientific facts for nutrient recovery from waste water streams for sustainable agriculture and protection of environment. Hydrology: Current Research. (5): 1000142 (2012).

Yadav, R.C, 2013. Innovative applications for scientific facts for zero methane emission and enhancing productivity of paddy fields for sustainable global food security: A conceptual model. Frontiers of Environmental Sciences and Engineering, USA December

Ramamurtham, S 2008. Hydraulics, Fluid Mechanics and Fluid Machines. Dhanpat Rai Publishing Company, New Delhi, 110002. Pp 254.

Yadav RC,2013. Racy nature agriculture versus other like technologies: A technologies contrast. American Eurasian j agric and environment Sci..13(10).1412-1439. Doi10.5829/idosi aejaes. 13.10.11253l

Yadav RC. and Chaudhary, MP.(2014) Racy nature. A Sun technology towards quantum mechanics in agriculture. World J of Agr Research SciEP, U.K. 2014;2(5): 223-227.

Wuebbles D.J., 2009. Nitrous oxide: no laughing matter. Science. 326: 56-57.

Yadav, R.C., 2014. Innovative application of scientific facts for arresting GHG-N2O and improvising lucrative ventures with enhanced land, water and nutrient use efficiency, Journal of Energy and Environment. Photon, 128 :486-520.

Yadav, R.C. 2015.Support of drainage for management of nitrogen cycle in Africa Irrig Drainage System Engrg. USA3:128.

Yadav, R.C. (2015) New Ecology for Eradicating GHG-Nitrous oxide (N2O).Oen internation j Ecosystems.1(1):1-2.

Yadav, R.C.( 2014). Biological Nitrogen harvesting from aquatic ecosystems-A new scientific vision. Fish Aquac J. 5(3)

De AK, 2010 Environmental Chemistry. (7thEdition). New Age International Publications. New Delhi: 7-13

Yadav, R.C. Dube, S.K. and Srivastav, Paritosh.(2008).Fatality in water well, the main source of water supplyin the Brij Kshetra of North India in . National Seminar on House Hold Water Supply Water Technology HSTC, Mathura, India.

Jingshuang, Liu, Xinhua Li. (2008). Sulphur cycle in typical meadow Calmagrostis ongustifolia wetland ecosystem in the Sangang plain, north east China. Environmental Sciences. (Miscellaneous paper). China. 20(4) :470-475.

Biswas, H. Dev Narayan, and Lakaria Brij Lal. 2012. Effect of integrated nutrient management on soil properties and performance of aonla (Emblica officinalia Gaertn) based agri horti system in Bundle Khand region. Indian J of Soil Conservation. 40

Lauren ,J.G., Duxbury, J.M., Hossain, M.I., Shah, G., Talukder A.S.M.H.M., Meisner C.A. (2006). Permanent raised bed cultivation improves nitrogen and water in rice wheat cropping system of South Asia. 18 th World Congress of Soil Science. July 9-15. 2006 Phildelphia, Pennsylvania,USA.

Yadav, R.C. 2014 Drainage engineering: A savvier for sustainable resources use, protection of environment and professional development. J. Of Civil Engineering, Photan 107:200-213.

Kenneth D. Sayer, 2006. Raised bed cultivation. Encyclopedia of Soil Science. 2006

Yadav, R.C.,Yadav, Jaya (2013)Development of business out sourcing (BPO)in agriculture for sustainable productivity and environment protection .IJMSEM taylor and francis publishing Co. London. Published on line. 12 Aug 2013.

Acharya, Deb Brata, Mondal, S.S., Saha, M., 2008. Production potential and profitability of different rice(Oriza sativa) based cropping systems under irrigated nutrient management condition in Indo -Gangetic plains of West Bengal. Indian J. Agri Sciences78, 569-72.

Yadav, R.C.2014 Innovative application of scientific facts for production of designer quality rice. Intern J. on Advancement in Research and Technology. 3(10)150-189.

Yadav R.C. 2015. The ultimate green irrigation practice by innovative application of scientific facts World J Agronomy, Food Sci. and Technology.2(1):1-30

Yadav, R.C. 2015. Innovative application of scientific facts for devising maneuverable zero weeding and GHG emission ecology for enhancing productivity of cereals, oilseeds and pulses. accepted Journal of Agriculture, Photan, (Accepted)

Yadav, R.C. 2015.Toil free eco agriculture for bringing sufficiency of bread, dhal and onion,for good public Governance. Danish j. Agri and AnimalSci. (In Press)

Yadav RC .2015f Biological Phosphorus Harvesting for Multiple Uses -A New Scientific Vision. J Aquac Mar Biol 2(2): 00022. DOI: 10.15406/jamb.2015.02.00022

Horobin, Wandy (Ed.) (2003). Protein How it works, Science and Technology, Vol 13 Scavandish Corporation, US.A. pp 1864-1866 (2): 141-146.

Davis, M and Cornwell,D.A.(1997).Introduction to environmental Engineering.McGra Hill Book series. Inc.33-36

Audrey H, Einsminger, M.E., Ensminger Jenis E., Konlanola, John and Radson,R.K., 1994 Food and nutrition encyclopedia, CRC Press Inc. USA Pp1740

Chapagain, A.K., Hoekstra, A.Y. 2010. The Green, Blue and Grey water foot prints of rice. from both Production and consumption perspective. Value of water. UNESCO Research report series No.40.

FAO RAP, 2006 Arsenic contamination of irrigation water, soil and Crops in Bangladesh: Risk implications for Sustainable agriculture and food safety in Asia. RAP Publication 2006/20 FOOD AND AGRICULTURE ORGANIZATION OF THE UNITED NATIONS REGIONAL OFFICE FOR ASIA AND THE PACIFIC, Bangkok, 2006

Yadav, R.C. 2012. Physically based geoengineering measures to counter global warming . Hydrology Current Research USA.3(5):1000142[45]Yadav, R.C. 2012.Eradication of Acid Rain Physically Based process and Product Hydrology Current Rsearch.1(20:100042.

.Yadav, R. C.(2010)A process for eradication of polluting gas.filed. Indian Council of Agricultural Research. 12/11/2002 granted 25/2/2010

Downloads

Published

2015-01-31

How to Cite

Yadav, R. C. (2015). Innovative Application of Scientific Facts and Irrational Mechanics to Develop Green Chemistry Endowed Racy Nature Sustainable Agriculture . International Journal For Research In Applied And Natural Science, 1(1), 15–41. https://doi.org/10.53555/ans.v1i1.920