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	<title>Project report on Organic - Technology Book - Feasibility Report - Market Survey - Industrial Report</title>
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	<title>Project report on Organic - Technology Book - Feasibility Report - Market Survey - Industrial Report</title>
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		<title>ORGANIC FARMING OF MILLETS, DAIRY  AND VERMICULITE/VERMICULTURE</title>
		<link>https://projectreports.eiriindia.org/product/organic-farming-of-millets-dairy-and-vermiculite-vermiculture/</link>
		
		<dc:creator><![CDATA[EIRI Team]]></dc:creator>
		<pubDate>Tue, 14 Jan 2020 06:57:29 +0000</pubDate>
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					<description><![CDATA[<p>In the present agricultural scenario, crop yield is declining day by day despite maximization of chemical inputs. Vicious cycle of chemical farming is now exposed in the increasing crop un-sustainability, higher input requirement, poor soil quality as well as recurrent pest and disease infestation. Moreover, in the pretext of climate change yield interference has become quite predictable under the unpredictable weather conditions vis-a-vis hike in biotic potential. The excess/indiscriminate use of pesticides and fertilizers has led to the entry of harmful compounds into food chain, death of natural enemies and deterioration of surrounding ecology. Enhanced use of pesticide has resulted in serious health implications to man and his environment. Hence, enhancement and maintenance of system productivity and resource quality is essential for sustainable agriculture. Organic farming can solve many of these problems as this system helps to maintain soil productivity and effectively control pest by enhancing natural processes and cycles in harmony with environment. Today, it is clear to the agricultural community that organic farming is the best option for not only protecting/sustaining soil-plant –ecological relationship but to mitigate the adverse effect of climate change. However dearth of proper technological advancement is the major hindrance towards achieving the true objectives of organic farming. In this background, an Indian organic farming practice called Inhana Rational Farming (IRF) Technology has demonstrated some promising results that have brought bring forth the relevance of organic farming in today’s agricultural scenario.</p>
<p>Though the organic movement was initiated over a decade ago it has failed to gain the expected momentum due to several ambiguities. Organic farming is mostly envisaged as the stoppage of synthetic inputs and their replacement by organic alternatives i.e.use of organic manures and natural methods of plant protection instead of using synthetic fertilizers/pesticides. But this is not true. However, organic farming is a far deeper concept that mere non-chemicalization. In real sense it refers to a comprehensive approach towards improvement of both health of underlying productivity of the soil and plant leading to the enrichment of the surrounding ecology; which is a pre-requisite criterion for sustainable agriculture. According to IFOAM, “Organic agriculture is a production system that sustains the health of soils, ecosystems and people”. It relies on ecological processes, biodiversity and cycles adapted to local conditions, rather than the use of inputs with adverse effects. The major objectivity of organic farming resides on development of a self-sustainable farming system in harmony with nature which delivers ecologically and economically sustainable pure food with enrichment of surrounding biodiversity and its entire components.</p>
<p>Millets</p>
<p>Millets are some of the oldest of cultivated crops. The term millet is applied to various grass crops whose seeds are harvested for food or feed. The five millet species of commercial importance are proso, foxtail, barnyard, browntop and pearl. In China, records of culture for foxtail and proso millet extend back to 2000 to 1000 BC Foxtail millet (Setaria italica L.) probably originated in southern Asia and is the oldest of the cultivated millets. It is also known as Italian or German Millet. Its culture slowly spread westward towards Europe. Foxtail millet was rarely grown in the U.S. during colonial times, but its acreage increased dramatically in the Great Plains after 1850. However, with the introduction of Sudan grass, acreage planted to foxtail millet decreased.</p>
<p>Proso millet (Panicum miliaceum L.) was introduced into the U.S. from Europe during the 18th century. It was first grown along the eastern seaboard and was later introduced into the Dakotas where it later was grown on considerable acreage. In North Dakota acreage has ranged from 50,000 to 100,000 acres while in Minnesota only a few thousand acres have been grown.</p>
<p>Today, foxtail millet is grown primarily in eastern Asia. Proso millet is grown in the Soviet Union, mainland China, India and western Europe. In the United States, both millets are grown principally in the Dakotas, Colorado and Nebraska.</p>
<p>Barnyard or Japanese millet (Echinochloa frumentaceae L.), is a domesticated relative of the seed, barnyard grass. It is grown for grain in Australia, Japan and other Asian countries. In the United States, it is grown primarily as a forage.</p>
<p>Browntop millet (Panicum ramosum) is a native of India and was introduced into the United States in 1915. It is grown in southeastern United States for hay or pasture and bird and quail feed plantings on game preserves. It is sometimes sold to Minnesota sportsmen for this purpose. Seed and forage yields of browntop millet have been low in Minnesota tests and it did not compete well with weeds.</p>
<p>Pearl or cattail millet (Pennisetum glaucum) originated in the African savannah and grown since prehistoric time. It is grown extensively in Africa, Asia, India and Near East as a food grain. It was introduced into the United States at an early date but was seldom grown until 1875. It is primarily grown in southern United States as a temporary pasture. It is preferred over sudangrass as a forage crop in the south. Varieties planted at Rosemount, Minnesota produced very little seed, and their forage yield was low compared to foxtail varieties.</p>
<p>The post <a href="https://projectreports.eiriindia.org/product/organic-farming-of-millets-dairy-and-vermiculite-vermiculture/">ORGANIC FARMING OF MILLETS, DAIRY  AND VERMICULITE/VERMICULTURE</a> appeared first on <a href="https://projectreports.eiriindia.org">EIRI - eBooks and Project Reports</a>.</p>
]]></description>
										<content:encoded><![CDATA[<p>INTRODUCTION<br />
VERMICULITE<br />
USES AND COMPOSITION OF MILLET<br />
TABLE: AVERAGE COMPOSITION OF PROSO MILLET.<br />
TABLE: THE AVERAGE COMPOSITION OF FOXTAIL MILLET HAY<br />
AND ITS COMPARISON TO OTHER HAY CROPS.<br />
ORGANIC FARMING AND CERTIFIED ORGANIC<br />
TYPES OF ORGANIC FARMING<br />
USES &amp; APPLICATION OF ORGANIC FARMING<br />
RAW MATERIALS<br />
CONSTRAINTS FACED BY THE INDIAN ORGANIC GROWERS<br />
ABSENCE OF SUPPORTIVE POLICY<br />
LOSS OF CROP YIELD<br />
NON ACHIEVEMENT OF EXPECTED QUALITY<br />
FAILURE OF ORGANIC PEST MANAGEMENT<br />
SHORTAGE OF BIOMASS AND LIVESTOCK<br />
LACK OF QUALITY SEEDS SUPPORTING ORGANIC AGRICULTURE<br />
LACK OF STORAGE, TRANSPORT &amp;ORGANIZED ORGANIC MARKETING<br />
SYSTEM<br />
VESTED INTERESTS OF CHEMICAL AND PESTICIDE LOBBY<br />
LACK OF AWARENESS AND GUIDELINE FOR ORGANIC FARMING<br />
INABILITY TO MEET THE EXPORT DEMAND<br />
COMPLEXITY AND HIGH COST OF ORGANIC CERTIFICATION SYSTEM<br />
SCARCITY AND HIGH COST FOR QUALITY ANALYSIS<br />
PRESENT STATUS AND FUTURE OF ORGANIC FARMING IN INDIA<br />
TABLE: EXPORT OF ORGANIC AGRICULTURAL COMMODITY<br />
FROM INDIA (2014-15 TO 2016-17)<br />
PROSPECTS AND SWOT ANALYSIS OF ORGANIC DAIRY FARMING IN INDIA<br />
STRENGTHS<br />
WEAKNESSES<br />
OPPORTUNITIES<br />
THREATS<br />
TABLE: MAXIMUM NUMBER OF ANIMALS PER HECTARE<br />
(DRAFT INDIAN STANDARD)<br />
WORLD SCENARIO OF ORGANIC FARMING<br />
SOME KEY POINTS<br />
FIGURE 1: DISTRIBUTION OF ORGANIC LAND AS PER USE TYPE<br />
FIGURE 2: PERCENT SHARE OF ORGANIC OVER TOTAL AGRICULTURAL LAND<br />
OVERVIEW OF ORGANIC COTTON IN INDIA<br />
HIGH LEVELS OF PESTICIDE APPLICATION:<br />
CONSUMER PRESSURE:<br />
WIDE GENETIC VARIABILITY:<br />
LONG DURATION CROP WITH AMPLE SCOPE FOR COMPENSATION:<br />
ORGANIC COTTON CULTIVATION IN INDIA – A CULMINATION OF NON- CHEMICAL PEST MANAGEMENT<br />
TECHNOLOGICAL CHALLENGES IN ORGANIC FARMING<br />
MECHANISM OF PLANT ENERGIZATION UNDER IRF TECHNOLOGY<br />
FOLLOWING EEA PRINCIPLE<br />
RANKING OF DIFFERENT PACKAGE OF PRACTICE IN TERMS OF CROP EFFICIENCY &amp; COST PER HECTARE FOR MATURE TEA<br />
TABLE: COMPARATIVE STUDY OF CROP CULTIVATION UNDER IRF ORGANIC &amp; CHEMICAL FARMING PRACTICE (SOURCE: WORLD SCIENCE CONGRESS, 2017)<br />
TABLE: INDIAN SEED CERTIFICATION STANDARD VIS-A-VIS SEEDS<br />
PRODUCED AT BLOCK SEED FARM, CANNING, WEST BENGAL<br />
(SOURCE: CANNING REPORT, 2017).<br />
ORGANIC DAIRY FARMING<br />
OPPORTUNITY AND CHALLENGES IN ORGANIC DAIRY FARMING<br />
BENEFITS OF ORGANIC MILK<br />
KEY ASPECTS FOR ORGANIC MILK PRODUCTION<br />
EU STANDARDS<br />
STARTING CONVERSION<br />
TIME SCALE<br />
FEEDING<br />
FORAGE<br />
CONCENTRATES<br />
MINERALS AND VITAMINS<br />
GRASSLAND<br />
LIVESTOCK MANURES<br />
HOUSING<br />
ANIMAL HEALTH<br />
BSE<br />
EXISTING STOCK<br />
REPLACEMENTS<br />
CALVES<br />
BULLS<br />
SELLING AND BUYING STOCK<br />
ORGANIC COTTON CULTIVATION AND ITS MERITS<br />
MERITS OF ORGANIC COTTON CULTIVATION<br />
(A) ENVIRONMENTALLY FRIENDLY TECHNOLOGY<br />
(B) REDUCTION IN COST OF CULTIVATION<br />
(C) MANAGEMENT OF INSECTICIDE RESISTANCE<br />
CULTIVATION/FARMING METHOD OF ORGANIC COTTON<br />
1] SELECTION OF SITE<br />
2] VARIETAL SELECTION<br />
3] SEED RATE AND SOWING<br />
4] MANURING<br />
A] FARM YARD MANURING [FYM]<br />
B] FODDER COWPEA<br />
C] DHAINCHA (SESBANIA ACULEATA)<br />
D] VERMICOMPOST<br />
E] BIOFERTILISERS<br />
5) TECHNOLOGY FOR COMPOSTING<br />
(I) VERMICOMPOST<br />
(II) COMPOSTING OF COTTON STALKS THROUGH TRICHODERMA VIRIDE<br />
6) WEED MANAGEMENT<br />
7) SELECTION OF ROTATIONS<br />
8) IPM STRATEGIES FOR CROP PROTECTION<br />
ORGANIC CULTIVATION METHOD OF MILLET<br />
A. CLIMATE:<br />
B. SOIL:<br />
C. SEED PREPARATION AND GERMINATION:<br />
CULTURAL PRACTICES:<br />
A. SEEDBED PREPARATION:<br />
B. SEEDING DATE:<br />
C. METHOD AND DATE OF SEEDING:<br />
D. FERTILITY AND LIME REQUIREMENTS:<br />
TABLE: ANNUAL NITROGEN RECOMMENDATIONS FOR MILLET.<br />
TABLE: ANNUAL PHOSPHORUS AND POTASSIUM RECOMMENDATIONS<br />
FOR MILLET.<br />
E. VARIETY SELECTION:<br />
RECOMMENDED FORAGE VARIETY:<br />
OTHER VARIETIES<br />
F. WEED CONTROL:<br />
G. DISEASES AND THEIR CONTROL:<br />
H. INSECTS AND MITES AND THEIR CONTROL:<br />
I. HARVESTING:<br />
J. DRYING AND STORAGE:<br />
YIELD POTENTIAL AND PERFORMANCE RESULTS:<br />
A. MINNESOTA:<br />
TABLE: YIELD AND AGRONOMIC DATA FOR SEVERAL MILLET VARIETIES.<br />
METHOD OF ORGANIC SOYBEAN CULTIVATION AND PESTS &amp;<br />
DISEASE MANAGEMENT<br />
ROW SPACING<br />
PLANT POPULATION<br />
SOIL FERTILITY<br />
WEED MANAGEMENT<br />
INSECT PEST MANAGEMENT<br />
CROP ROTATION<br />
TILLAGE<br />
SOIL FERTILITY AND PH MAINTENANCE<br />
VARIETY SELECTION AND EARLY PLANTING<br />
NARROW ROWS<br />
REMEDIAL MANAGEMENT<br />
MAJOR SOYBEAN INSECT PESTS AND DISEASE MANAGEMENT<br />
CORN EARWORM AND TOBACCO BUDWORM<br />
STINK BUGS<br />
SOYBEAN LOOPER<br />
BEAN LEAF BEETLE<br />
DISEASE MANAGEMENT<br />
ORGANIC CASH CROPPING (CEREALS &amp; SOYBEAN)<br />
LAND BASE<br />
TRANSITION<br />
ROTATION<br />
FERTILITY<br />
ESTABLISHMENT<br />
SOYBEANS<br />
CEREALS<br />
CHALLENGES<br />
WEED CONTROL<br />
ELEMENTS OF ORGANIC COTTON CULTIVATION<br />
VARIETALS SELECTION<br />
SEED RATE AND SOWING<br />
SOIL FERTILITY<br />
WEED MANAGEMENT<br />
PEST MANAGEMENT<br />
BIOCONTROL BASED PEST MANAGEMENT<br />
METHOD OF ORGANIC FARMING FOR BANANA<br />
ORGANIC PRODUCTION:<br />
CLIMATE AND SOIL<br />
LAND PREPARATION<br />
VARIETIES<br />
PLANTING MATERIAL<br />
PLANTING AND INFILLING<br />
INTERCROPPING<br />
MANURING<br />
IRRIGATION<br />
INTERCULTURE OPERATIONS<br />
PROPPING<br />
MULCHING<br />
DESUCKERING<br />
OTHER OPERATIONS<br />
PLANT PROTECTION<br />
HARVESTING<br />
YIELD<br />
LINKAGES:<br />
VERMICULTURE<br />
VERMICULTURE PROCESS<br />
SELECTION OF SUITABLE SPECIES<br />
PRELIMINARY TREATMENT OF COMPOSTING MATERIAL<br />
PRE-TREATMENT OF LEAF LITTER AND AGRICULTURAL WASTE<br />
VERMICULTURE AND POLLUTION HAZARD<br />
MANUFACACTURING PROCESS OF BIO COMPOST<br />
FROM FARMYARD FARMING:-<br />
COMPOSTING:-<br />
PROCESS FLOW SHEET FOR THE MANUFACTURE OF COMPOST<br />
SUPPLIERS OF RAW MATERIALS<br />
SUPPLIERS OF PLANT AND MACHINERY</p>
<p>APPENDIX – A:</p>
<p>01. PLANT ECONOMICS<br />
02. LAND &amp; BUILDING<br />
03. PLANT AND MACHINERY<br />
04. OTHER FIXED ASSESTS<br />
05. FIXED CAPITAL<br />
06. RAW MATERIAL<br />
07. SALARY AND WAGES<br />
08. UTILITIES AND OVERHEADS<br />
09. TOTAL WORKING CAPITAL<br />
10. TOTAL CAPITAL INVESTMENT<br />
11. COST OF PRODUCTION<br />
12. TURN OVER/ANNUM<br />
13. BREAK EVEN POINT<br />
14. RESOURCES FOR FINANCE<br />
15. INSTALMENT PAYABLE IN 5 YEARS<br />
16. DEPRECIATION CHART FOR 5 YEARS<br />
17. PROFIT ANALYSIS FOR 5 YEARS<br />
18. PROJECTED BALANCE SHEET FOR (5 YEARS)</p>
<p>The post <a href="https://projectreports.eiriindia.org/product/organic-farming-of-millets-dairy-and-vermiculite-vermiculture/">ORGANIC FARMING OF MILLETS, DAIRY  AND VERMICULITE/VERMICULTURE</a> appeared first on <a href="https://projectreports.eiriindia.org">EIRI - eBooks and Project Reports</a>.</p>
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