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Book of Extended summaries ISDA

Book of Extended summaries ISDA

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International Conference on Reimagining Rainfed Agro-ecosystems: Challenges &<br />

Opportunities during 22-24, December 2022 at ICAR-CRIDA, Hyderabad<br />

Copper 0.36 g Repairment <strong>of</strong> Muscles<br />

Iron 3.80 g Assist to reduce weight<br />

Zinc 1.64 g Bowel movement<br />

Methodology<br />

The demonstration <strong>of</strong> drought tolerant high yielding moth bean variety TMV 1 as a climate<br />

resilient technology under rainfed farming system typology was carried out by the scientists<br />

<strong>of</strong> Krishi Vigyan Kendra, Villupuram through NICRA scheme during rabi season <strong>of</strong> 2021 at<br />

Thaniyal village <strong>of</strong> Villupuram district in Tamil Nadu with the active participation <strong>of</strong><br />

farmers. The soil <strong>of</strong> the village is sandy loam in texture with a pH <strong>of</strong> 7.54, EC 0.64 dS m -1 ,<br />

low in organic carbon status (0.45%), available nitrogen and medium in phosphorus and<br />

potassium status. Sowing was taken were sown during the month <strong>of</strong> December with a seed<br />

rate <strong>of</strong> 8kg /acre. Each demonstration was conducted in an area <strong>of</strong> 0.4 ha and the same area<br />

adjacent to the demonstration plot was kept as farmer’s practices. The package <strong>of</strong> improved<br />

production technologies included improved variety (TMV 1) and foliar application <strong>of</strong> pulse<br />

wonder (TNAU crop booster) during flowering stage.<br />

Results<br />

Front-line demonstration <strong>of</strong> Moth bean TMV 1 conducted at NICRA village<br />

(2021-2022)<br />

Sl.<br />

No<br />

Name <strong>of</strong> the<br />

farmer<br />

Yield<br />

(Q ha -1 )<br />

Cost <strong>of</strong><br />

Cultivation<br />

(Rs. ha -1 )<br />

Gross Income<br />

(Rs. ha -1 )<br />

Net Income<br />

(Rs. ha -1 )<br />

B:C<br />

Ratio<br />

1 G. Mannakati 7.1 25550 45890 20340 1.8<br />

2 J. Subramiyan, 7.8 26000 50765 24765 2.0<br />

3 A. Selladurai 10.1 27000 65390 38390 2.4<br />

4 V. Perumal 11.6 27500 75140 47640 2.7<br />

5 D. Mohan 9.8 26550 63765 37215 2.4<br />

6 R. Anjalai 12.3 28790 80015 51225 2.8<br />

7 S. Munusami 12.1 28000 78390 50390 2.8<br />

8 G. Vijaya 9.1 26690 58890 32200 2.2<br />

9 K. Dhandapani 12.8 27980 83265 55285 3.0<br />

10 V. Munusami 11.6 28250 75140 46890 2.7<br />

11<br />

M.<br />

Madhialagan<br />

12.3 28700 80015 51315 2.8<br />

12 S. Valli 12.1 28880 78390 49510 2.7<br />

13 M. Sakkrapani 12.6 28790 81640 52850 2.8<br />

14 V. Dhandapani 11.8 27980 76765 48785 2.7<br />

15 A. Varathan 12.6 28990 81640 52650 2.8<br />

16 M. Jayaraman 12.3 28950 80015 51065 2.8<br />

17 N. Krishnan 11.6 28700 75140 46440 2.6<br />

Climate resilient agriculture for risk mitigation<br />

305 | Page

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