Sr. No.

Name of technology

Technology ID (Krishi portal)

Principal Inventor

Co Inventor(s)

Krishi portal Link (for  further details)

Remarks

1

Regulated deficit irrigation strategy or short term interruption of irrigation at phenological stages of tomato crop for water saving and improving quality of tomato (Lycopersicon esculentum Mill.)

201562663444775

D.D. Nangare

Yogeshwar Singh, P. Suresh Kumar, P.S. Minhas

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201562663444775

The options of irrigation schedule will help in improving the water productivity of tomato in shallow murrum soil in the semi-arid region under limited water availability

2

Development of microbially derived polymeric product for gel formation, microbial colonization and metals binding

201563524280563

Kamlesh Kumar Meena

Ajay M. Sorty, KK. Krishnani, Paramjeet S. Minhas

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201563524280563

The technology is based on a carbohydrate-polymeric product derived from a weed plant associated halotolerant bacterium. Production of biopolymer is an induced trait of the isolated bacterial strain that can be synthesized under controlled laboratory conditions, and utilized either in crude form or prepared formulation for different purposes.

3

Plant bio-regulators for enhancing productivity and quality of major crops under water scarce regions

201563532406642

G.C WAKCHAURE

PS Minhas, P Ratnakumar, R L Choudhary, K K Meena, N P Singh

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201563532406642

Application of PBRs enhanced grain yield, total biomass and water productivity incrops like wheat, sorghum, soybean, onion, eggplant. PBRs also reduced yield declination rate with the deficit irrigation as well as the reduced irrigation water use i.e. 19-56, 25-49, 17-34, 25-60 and 24-54% to achieve water productivity (WP) equivalent to the maximum without PBRs for wheat (1.18 kg/ m3), sorghum (1.03 kg/ m3), soybean (0.98 kg/ m3), onion (8.4 kg/ m3), eggplant (4.9 kg/ m3) respectively.

4

Micro-blasting and soil-mix technique for sapota cultivation in abiotic-stressed basaltic terrain

201628669987978

Dhananjay D Nangare

Vijaysinha Kakade,  Pravin B Taware,  P Suresh Kumar,  Yogeshwar Singh,  P S Minhas,  H Pathak

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201628669987978

The technology is alternative planting methods under bedrock conditions and identifying economically advantageous planting method and soil amendments for sapota orchards.

5

Dragon fruit: wonder crop for rocky barren lands and water scarce areas

201628672037221

D D Nangare

Mahesh Kumar,  Pravin Taware, Vijaysinha Kakade

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201628672037221

The technology provides an opportunity for diversification of cultivating the new crop in water scarce and barren land.

6

Deficit irrigation management with plastic mulch in pomegranate orchard in abiotic-stressed basaltic terrain

201628674653663

 D D Nangare

Pravin B. Taware, Mahesh Kumar, Yogeshawar Singh, P S Minhas, Vijaysinha Kakade, H. Pathak

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201628674653663

This is a water saving techniques in pomegranate under bedrock conditions using deficit irrigation technique with mulch. The standardised method/strategy will benefit for mitigating edaphic and drought stresses and increase in economic longevity of orchards grown on rocky and barren land.

7

Deficit irrigation management in grape orchard in abiotic-stressed basaltic terrain

201628678020305

D D Nangare

 Pravin B. Taware, Mahesh Kumar,  Yogeshwar Singh, P S Minhas, P Suresh Kumar, H. Pathak

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201628678020305

The deficit irrigation scheduled at different growth stages for increasing water use efficiency and quality of berries and identifying advantageous soil amendments under deficit irrigation in Grape orchard (Variety: Thompson seedless).

8

Micro-blasting and soil-mix technique for pomegranate cultivation in abiotic-stressed basaltic terrain

201628730570552

Dr. Pravin B Taware

DD Nangare, Mahesh Kumar,

H Pathak

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201628730570552

The technology provides an opportunity for the alternative planting methods under bedrock conditions and identifying economically advantageous planting method and soil amendments for pomegranate orchards.

9

Cultivating medicinal and aromatic plants in shallow basaltic soil

201629540781386

HARISHA CB

D.D. Nangare, Pravin B Taware

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201629540781386

The technology of utilization of barren and rocky basaltic soils for growing medicinal plants and establishing herbal garden which provides an opportunity for the conservation of dry land rare, endangered and threatened (RET) species

.

10

High-density planting in mango for enhancing yield and resource use efficiency under abiotic stress conditions

201629534409748

Vijaysinha D. Kakade

D.D. Nangare, Pravin Taware, Sangram Chavan, RajKumar and H Pathak

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201629534409748

This technology ensures better establishment of mango on rocky barren land and give higher yield per unit of land with good quality of mango by reducing water, nutrient deficit stresses.

11

Micro-blasting and soil-mix technique for guava cultivation in abiotic-stressed basaltic terrain

201629536617536

Vijaysinha D. Kakade

Yogeswar Singh, D.D. Nangare, Minhas, P.S, P Suresh Kumar, Pravin Taware, Sangram Chavan and H Pathak

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201629536617536

This technology provides opportunities of higher production of this fruit crop under different abiotic stresses such deficit water, shallow depth of soil and poor nutrient status.

12

Rehabilitation of abiotic-stressed basaltic terrain with aonla (Emblica officinalis)

201633497056286

Sangram Bhanudas Chavan

D.D. Nangare, Pravin B Taware, Aliza Pradhan  P. Suresh Kumar, Vijaysinha Kakade, R.S. Gophane and H Pathak

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201633497056286

The standardized orchard establishment methods for mitigating edaphic and drought stress and increasing economic longevity of orchards grown on rocky and barren land.

13

Preparation of dragon fruit saplings

201633501439931

Dr. G C Wakchaure

AR Jadhav; DD Nangare ; Vijaysinha Kakade; J Rane; H Pathak

https://krishi.icar.gov.in/Technology/DetailReport.jsp?id=201633501439931

The technology provides an opportunity for raising healthy and stout cuttings within short period (45-60 days) even in natural tree shade condition in native soil. The production cost of rooted sapling is Rs15-20/sapling.