improving productivity and rural livelihoods through sustainable development of dryland areas in...

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Improving productivity and rural livelihoods through sustainable development of dryland areas in Rajasthan and Madhya Pradesh Sep 2014 Ministry of Agriculture Government of India This iniave is supported by Sir Ratan Tata Trust Background Yield levels in farmers’ fields in target dryland regions of Rajasthan and Madhya Pradesh are lower by 2 to 4 folds than achievable yields. Soil ferlity related degradaon along with water shortage is responsible for the exisng yield gaps. Strategy ICRISAT-led consorum adopted a science-led strategy of parcipatory research for impact in target sites (Fig 1) through collecve acon and capacity building (Fig 2). Soil sampling & analysis was implemented as entry point acvity. Soil test-based ferlizer recommendaons were developed at block level against state level blanket recommendaons. Results were shared with farmers/ stakeholders thru different media. Trials were conducted and scaled- out on balanced nutrion (BN), recycling of farm wastes as vermicompost (VC) & use in INM (as 50% chemical ferlizer + 50% VC) and improved culvars. Findings Soil analysis revealed widespread deficiencies of secondary and micronutrients like S, B, Zn along with N and P. (Table 1) BN significantly increased soybean producvity over the farmers pracce (FP) (12–25%) with favourable benefit:cost (B:C) (1.31–2.99) (Table 2). Substuon of 50% of ferlizers with VC in INM opon further enhanced yields and B:C raos over BN solely through chemical ferlizers (Table 2). Table 1. Soil test results of farmers’ fields in Eastern Rajasthan and Madhya Pradesh District No. of farmers % deficiency Organic C P K S B Zn Rajasthan Alwar 30 67 10 0 63 87 83 Banswara 30 43 50 17 70 100 80 Bhilwara 30 17 40 17 43 47 37 Bundi 36 39 53 50 72 72 67 Dungarpur 99 1 48 8 72 31 0 Jhalawar 30 7 30 0 87 77 60 Sawai Madhopur 44 84 73 7 86 52 41 Tonk 78 72 55 32 79 64 94 Udaipur 44 25 18 0 48 25 5 Madhya Pradesh Badwani 20 45 70 0 55 80 75 Guna 38 21 79 0 87 50 95 Indore 23 9 39 0 9 17 22 Raisen 20 30 90 0 90 90 90 Rajagarah 30 13 60 0 53 73 27 Sagar 32 9 78 0 63 91 34 Sehore 19 53 84 5 74 95 95 Shajapur 20 10 25 0 25 80 40 Vidisha 72 32 92 0 96 93 97 Conclusions Soils from farmers’ fields in dryland areas of Eastern Rajasthan and Madhya Pradesh are not only thirsty but hungry also for secondary and micro nutrients. Adopon of balanced nutrion, use of organic manures and improved culvars are needed to harness producvity potenal and enhance resource use efficiency in rainfed SAT systems in Rajasthan and Madhya Pradesh. Fig.1. Target sites in Eastern Rajasthan and Madhya Pradesh. Awareness/capacity building and monitoring/evaluaon Fig. 2. Capacity building of farmers through farmer meetings and field days Rainwater use efficiency (RWUE) also enhanced under the improved management, the INM recorded highest followed by BN and FP the lowest . Plant grain nutrion tended to improve under improved pracce of BN and INM (Table 3). Table 2. Effects of nutrient management on soybean (Glycine max) grain yield, B:C rao and rainwater use efficiency in Madhya Pradesh, India District Grain yield (kg ha -1 ) LSD (5%) Benefit/Cost rao Rainwater use efficiency (kg mm -1 ha -1 ) FP BN INM BN INM FP BN INM 2010 Guna 1270 1440 1580 34 1.31 4.58 1.76 1.99 2.19 Raisen 1360 1600 1600 115 1.85 3.55 1.76 2.07 2.07 Shajapur 1900 2120 2410 69 2.99 10.2 3.45 3.85 4.38 Vidisha 1130 1410 1700 640 2.16 8.43 1.48 1.84 2.22 2011 Guna 1370 1560 1600 169 1.47 3.4 0.83 0.95 0.97 Shajapur 1220 1400 1510 44 2.45 5.8 1.12 1.28 1.38 Vidisha 1190 1380 1460 91 1.47 3.99 0.88 1.02 1.08 Table 3. Effects of nutrient managements on soybean (Glycine max) grain nutrient contents in Raisen, Madhya Pradesh, rainy season 2010 Treatment Grain nutrient contents N P K S B Zn g kg -1 mg kg -1 FP 59.8 5.20 18.8 3254 33.7 55.6 BN 60.2 5.20 18.3 3279 33.9 56.4 INM 61.0 5.70 18.9 3807 34.6 67.3 LSD (5%) 7.2 0.80 1.7 415 5.09 11.2 Replacement of local culvars with improved ones is an opportunity to increase yields in Rajasthan (22 to 68%) and other SAT regions (Table 4). Best bet pracce of adopng improved culvars along with BN recorded the highest yield (92 to 204% ), B:C and RWUE over the FP. Table 4. Effect of integrated improved crop culvar and balanced nutrient management on maize grain yield and RWUE in Rajasthan, rainy season 2009 District Yield (kg ha -1 ) LSD (5%) B:C rao RWUE(kg mm -1 ha -1 ) LSD (5%) FP IC IC+BN FP IC IC+BN Tonk 1150 1930 3160 280 4.26 3.36 5.52 9.13 0.73 Sawai Madhopur 1430 2030 3000 420 3.33 4.09 5.77 8.59 0.95 Bundi 1380 2180 4240 714 6.05 3.59 5.68 10.93 1.68 Bhilwara 2990 4340 6510 860 7.45 7.39 10.76 16.15 1.69 Jhalawar 2550 3520 4960 316 5.11 4.21 5.82 8.20 0.52 Udaipur 2530 3090 6320 509 8.03 4.45 5.43 11.11 0.89

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Improving productivity and rural livelihoods through sustainable development of dryland areas in Rajasthan and Madhya Pradesh

Sep 2014Ministry of Agriculture Government of India

This initiative is supported by Sir Ratan Tata

Trust

Background• Yieldlevelsinfarmers’fieldsintargetdrylandregionsofRajasthanand

MadhyaPradesharelowerby2to4foldsthanachievableyields.

• Soilfertilityrelateddegradationalongwithwatershortageisresponsiblefortheexistingyieldgaps.

Strategy• ICRISAT-ledconsortiumadopted

ascience-ledstrategyofparticipatoryresearchforimpactintargetsites(Fig1)throughcollectiveactionandcapacitybuilding(Fig2).

• Soilsampling&analysiswasimplementedasentrypointactivity.

• Soiltest-basedfertilizerrecommendationsweredevelopedatblocklevelagainststatelevelblanketrecommendations.

• Resultsweresharedwithfarmers/stakeholdersthrudifferentmedia.

• Trialswereconductedandscaled-outonbalancednutrition(BN),recyclingoffarmwastesasvermicompost(VC)&useinINM(as50%chemicalfertilizer+50%VC)andimprovedcultivars.

Findings • Soilanalysisrevealedwidespreaddeficienciesofsecondaryand

micronutrientslikeS,B,ZnalongwithNandP.(Table1)

• BNsignificantlyincreasedsoybeanproductivityoverthefarmerspractice(FP)(12–25%)withfavourablebenefit:cost(B:C)(1.31–2.99)(Table2).

• Substitutionof50%offertilizerswithVCinINMoptionfurtherenhancedyieldsandB:CratiosoverBNsolelythroughchemicalfertilizers(Table2).

Table1.Soiltestresultsoffarmers’fieldsinEasternRajasthanandMadhyaPradesh

DistrictNo.of

farmers%deficiency

Organic C P K S B ZnRajasthan Alwar 30 67 10 0 63 87 83Banswara 30 43 50 17 70 100 80Bhilwara 30 17 40 17 43 47 37Bundi 36 39 53 50 72 72 67Dungarpur 99 1 48 8 72 31 0Jhalawar 30 7 30 0 87 77 60SawaiMadhopur 44 84 73 7 86 52 41Tonk 78 72 55 32 79 64 94Udaipur 44 25 18 0 48 25 5Madhya Pradesh Badwani 20 45 70 0 55 80 75Guna 38 21 79 0 87 50 95Indore 23 9 39 0  9 17 22Raisen 20 30 90 0 90 90 90Rajagarah 30 13 60 0 53 73 27Sagar 32 9 78 0 63 91 34Sehore 19 53 84 5 74 95 95Shajapur 20 10 25 0 25 80 40Vidisha 72 32 92 0 96 93 97

Conclusions• Soilsfromfarmers’fieldsindrylandareasofEasternRajasthanandMadhyaPradesharenotonlythirstybuthungryalsoforsecondaryandmicronutrients.

• Adoptionofbalancednutrition,useoforganicmanuresandimprovedcultivarsareneededtoharnessproductivitypotentialandenhanceresourceuseefficiencyinrainfedSATsystemsinRajasthanandMadhyaPradesh.

Fig.1. Target sites in Eastern Rajasthan and Madhya Pradesh.

Awareness/capacity building and monitoring/evaluation

Fig. 2. Capacity building of farmers through farmer meetings and field days

• Rainwateruseefficiency(RWUE)alsoenhancedundertheimprovedmanagement,theINMrecordedhighestfollowedbyBNandFPthelowest.

• PlantgrainnutritiontendedtoimproveunderimprovedpracticeofBNandINM(Table3).

Table2.Effectsofnutrientmanagementonsoybean(Glycine max)grainyield,B:CratioandrainwateruseefficiencyinMadhyaPradesh,India

District

Grainyield(kgha-1)LSD (5%)

Benefit/CostratioRainwateruseefficiency

(kgmm-1ha-1)

FP BN INM BN INM FP BN INM

2010

Guna 1270 1440 1580  34 1.31 4.58 1.76 1.99 2.19

Raisen 1360 1600 1600 115 1.85 3.55 1.76 2.07 2.07

Shajapur 1900 2120 2410  69 2.99 10.2 3.45 3.85 4.38

Vidisha 1130 1410 1700 640 2.16 8.43 1.48 1.84 2.22

2011

Guna 1370 1560 1600 169 1.47 3.4 0.83 0.95 0.97

Shajapur 1220 1400 1510  44 2.45 5.8 1.12 1.28 1.38

Vidisha 1190 1380 1460  91 1.47 3.99 0.88 1.02 1.08

Table3.Effectsofnutrientmanagementsonsoybean(Glycine max)grainnutrientcontentsinRaisen,MadhyaPradesh,rainyseason2010

Treatment

Grain nutrient contents

N P K S B Zn

gkg-1 mgkg-1

FP 59.8 5.20 18.8 3254 33.7 55.6

BN 60.2 5.20 18.3 3279 33.9 56.4

INM 61.0 5.70 18.9 3807 34.6 67.3

LSD(5%) 7.2 0.80 1.7 415 5.09 11.2

• ReplacementoflocalcultivarswithimprovedonesisanopportunitytoincreaseyieldsinRajasthan(22to68%)andotherSATregions(Table4).

• BestbetpracticeofadoptingimprovedcultivarsalongwithBNrecordedthehighestyield(92to204%),B:CandRWUEovertheFP.

Table4.EffectofintegratedimprovedcropcultivarandbalancednutrientmanagementonmaizegrainyieldandRWUEinRajasthan,rainyseason2009

District

Yield(kgha-1)LSD (5%) B:Cratio

RWUE(kgmm-1ha-1)LSD (5%)FP IC IC+BN FP IC IC+BN

Tonk 1150 1930 3160 280 4.26 3.36 5.52 9.13 0.73

SawaiMadhopur

1430 2030 3000 420 3.33 4.09 5.77 8.59 0.95

Bundi 1380 2180 4240 714 6.05 3.59 5.68 10.93 1.68

Bhilwara 2990 4340 6510 860 7.45 7.39 10.76 16.15 1.69

Jhalawar 2550 3520 4960 316 5.11 4.21 5.82 8.20 0.52

Udaipur 2530 3090 6320 509 8.03 4.45 5.43 11.11 0.89