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ICAR AICE-JRF/SRF Climate Adaptation, Climate-Smart Agriculture & Disaster Risk: practice questions

ICAR AICE-JRF/SRF (PhD) — Environmental Sciences (subject 71) and Agricultural Meteorology (subject 60) · India · National Testing Agency for ICAR

Original practice questions written to the published syllabus · not past papers
10worked here, free
49written to this exam in this subject
12syllabus units

What this subject covers

Reducing the harm climate does: vulnerability assessment, climate-smart agriculture, early warning, contingency plans, insurance and national adaptation planning. Index insurance as a financial product is in the Agribusiness track; here it is one adaptation tool among many.

In the exams: ICAR AICE subject 71 Unit 3 (disasters, adaptation); UPSC CSE GS-III (disaster management); UGC NET Unit 10; GATE ES Section 8

What ICAR AICE-JRF/SRF asks from it

ICAR AICE-JRF/SRF (PhD) — Environmental Sciences (71, Unit 3) and Agricultural Meteorology (60)

Disaster types and management, climate-smart and climate-resilient agriculture, NICRA and contingency planning, drought indices and monitoring, agromet advisory services, crop insurance, and adaptation and mitigation strategies.

Where the 49 questions fall

How our questions for ICAR AICE-JRF/SRF spread across the units of Climate Adaptation, Climate-Smart Agriculture & Disaster Risk. Difficulty: 12 easy, 25 medium, 12 hard.

Stress-tolerant varieties, crop diversification and shifting calendars6
Water-smart and soil-smart practices6
Drought monitoring and drought management6
Climate-smart agriculture: productivity, adaptation, mitigation5
Flood and cyclone preparedness in agriculture5
District and crop contingency planning5
Vulnerability, exposure, hazard and risk4
Adaptive capacity and resilience frameworks4
Risk transfer: crop insurance and index insurance as adaptation3
Agromet advisories and early-warning systems2
National Adaptation Plans and community-based adaptation2
Maladaptation and limits to adaptation1

10 practice questions, worked

Choose an answer, then open the working. Each explanation says why the right answer is right and why the others are not.

1 · Climate-smart agriculture: productivity, adaptation, mitigation · easy

In which year and setting was climate-smart agriculture launched by FAO?

  1. 1992, at the Rio Earth Summit alongside the Convention on Biological Diversity
  2. 2015, at the Paris climate conference as part of the Paris Agreement text
  3. 2010, at the Hague Conference on Agriculture, Food Security and Climate Change
  4. 1996, at the World Food Summit in Rome with the Rome Declaration
Answer and working

C. 2010, at the Hague Conference on Agriculture, Food Security and Climate Change

FAO presented CSA at the 2010 Hague Conference. Rio 1992, Paris 2015 and the 1996 World Food Summit are other landmark events but not where CSA was launched.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

2 · Stress-tolerant varieties, crop diversification and shifting calendars · medium

What is the main trade-off of crop diversification as a risk-management strategy?

  1. It removes all weather risk but requires every farmer to own livestock as well
  2. It raises income variability but always raises average income above specialisation
  3. It lowers income variability but tends to cut average income versus specialising
  4. It has no costs at all, so every farmer should grow as many crops as possible
Answer and working

C. It lowers income variability but tends to cut average income versus specialising

Diversification reduces variance by spreading risk, but specialising in the most profitable crop may yield more in good years; minor-crop markets may also be thin. It does not remove all risk and has costs.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

3 · Stress-tolerant varieties, crop diversification and shifting calendars · hard

Why do breeders use future-climate testing sites and managed-stress screening when developing climate-resilient varieties?

  1. Testing sites in the future climate are required because present-day weather cannot stress crops
  2. Managed stress screening replaces genetics, so the variety's traits no longer matter for adaptation
  3. Future-climate sites are used only to measure greenhouse gas emissions from the new varieties
  4. Release takes a decade or more, so varieties must suit the climate expected when farmers grow them
Answer and working

D. Release takes a decade or more, so varieties must suit the climate expected when farmers grow them

Because breeding cycles are long and target environments shift, breeders test lines in sites that resemble future conditions and under controlled stress. Present weather does stress crops; genetics remains central; emissions measurement is not the purpose.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

4 · Stress-tolerant varieties, crop diversification and shifting calendars · easy

Drought-tolerant maize varieties developed for sub-Saharan Africa by CIMMYT, IITA and national programmes are valued because they

  1. convert to sorghum when drought becomes severe in mid-season
  2. are perennial and need to be sown only once every five years
  3. need no rainfall at all once they have germinated in the field
  4. yield more under moderate drought with no penalty in good years
Answer and working

D. yield more under moderate drought with no penalty in good years

These varieties out-yield conventional ones under moderate drought and perform similarly in favourable seasons. No maize needs zero water, they are annual, and maize cannot become sorghum.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

5 · Water-smart and soil-smart practices · medium

Why does crop residue mulch help crops survive dry spells?

  1. It cuts evaporation and runoff, keeping rain in the root zone
  2. It darkens the soil surface, warming it to speed up root growth in drought
  3. It releases carbon dioxide that closes stomata and stops all transpiration
  4. It adds enough water from its own tissues to replace a week of rain
Answer and working

A. It cuts evaporation and runoff, keeping rain in the root zone

Residue cover shades the soil, cuts evaporation and slows runoff, increasing infiltration and stored water; it also keeps soil cooler. It is not a water source, does not stop transpiration, and cools rather than warms the surface.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

6 · Drought monitoring and drought management · hard

For a district in a given week, current NDVI is 0.35, the historical minimum NDVI for that week is 0.20 and the maximum is 0.70. What is the Vegetation Condition Index?

  1. 30
  2. 70
  3. 15
  4. 50
Answer and working

A. 30

VCI = 100 × (0.35 − 0.20)/(0.70 − 0.20) = 100 × 0.15/0.50 = 30, which indicates drought stress on common thresholds. 50 is NDVI/NDVImax; 70 uses (max − current); 15 omits division by the range.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

7 · District and crop contingency planning · easy

In India, district agricultural contingency plans were prepared under the coordination of which institute?

  1. India Meteorological Department, Pune office
  2. ICAR-CRIDA, the dryland agriculture institute
  3. National Disaster Response Force headquarters
  4. Indian Space Research Organisation, Bengaluru
Answer and working

B. ICAR-CRIDA, the dryland agriculture institute

ICAR-CRIDA coordinated the district agricultural contingency plans with state agricultural universities. IMD provides forecasts, NDRF provides response, and ISRO provides satellite data.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

8 · District and crop contingency planning · easy

What is the recommended response to terminal drought in a grain crop, according to typical contingency plans?

  1. Apply heavy irrigation to a crop that has already reached harvest maturity
  2. Delay harvest by a month so the crop can recover once the rains return
  3. Replant the main crop immediately so it matures in the following dry season
  4. Harvest at physiological maturity and plan a residual-moisture crop where possible
Answer and working

D. Harvest at physiological maturity and plan a residual-moisture crop where possible

Terminal drought responses harvest promptly at physiological maturity and use any residual moisture for a following crop. Delaying harvest, irrigating a mature crop or replanting into the dry season would waste resources.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

9 · District and crop contingency planning · hard

Why should district contingency plans distinguish between rainfed smallholders, irrigated farms and tenant farmers?

  1. Smallholders always prefer long-duration crops, so their plan never changes
  2. Water access, capital, tenure and risk tolerance differ
  3. Tenant farmers are legally barred from changing crops under all tenancy laws
  4. Only irrigated farms ever face weather aberrations, so others need no plan
Answer and working

B. Water access, capital, tenure and risk tolerance differ

Farm types differ in water access, assets, tenure security and risk tolerance, which determine which contingency measures they can adopt. All face weather risks; tenancy laws vary; smallholders' choices depend on conditions.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

10 · Risk transfer: crop insurance and index insurance as adaptation · easy

What is basis risk in index insurance?

  1. The mismatch between a farmer's actual loss and the payout determined by the index
  2. The risk that farmers deliberately neglect crops because they are insured
  3. The risk that only the riskiest farmers buy insurance, raising premiums for all
  4. The risk that the insurance company becomes insolvent after a widespread drought
Answer and working

A. The mismatch between a farmer's actual loss and the payout determined by the index

Basis risk is the imperfect correlation between index and individual loss. Insurer insolvency is counterparty risk; neglect is moral hazard; risky-buyer selection is adverse selection.

Further reading: See the manual sources: IPCC AR6 WGII, Sendai Framework, FAO CSA Sourcebook and the documents named in the explanation

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Read the subject

Climate Adaptation, Climate-Smart Agriculture & Disaster RiskThe full study manual, free ICAR AICE-JRF/SRFFormat, sections and how it has changed

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Climate Adaptation, Climate-Smart Agriculture & Disaster Risk for other exams

UGC NET · IndiaGARP Sustainability and Climate Risk Certificate · InternationalEPSO Administrator competitions · European Union

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