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CUET-PG Climate Adaptation, Climate-Smart Agriculture & Disaster Risk: practice questions

CUET-PG — Environmental Sciences · India · National Testing Agency

Original practice questions written to the published syllabus · not past papers
10worked here, free
22written to this exam in this subject
9syllabus units

About CUET-PG

CUET-PG — Environmental Sciences is a postgraduate admission exam run by National Testing Agency, for candidates in India. Computer-based MCQ test for MSc admission to central and participating universities; pattern set in each year's bulletin.

Official site: exams.nta.ac.in.

We have not been able to confirm these details against the exam body's own specification, so fees, dates and pass marks are left out on purpose. Check the current format, eligibility, fees and dates on the official site.

Climate Adaptation, Climate-Smart Agriculture & Disaster Risk in CUET-PG

Definitions (vulnerability, resilience, adaptive capacity, maladaptation), IPCC frameworks, the UNFCCC adaptation architecture (NAPA, NAP, Adaptation Fund, Article 7), and disaster management frameworks.

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.

Our 22 CUET-PG questions in this subject: 13 easy, 9 medium, 0 hard, across 9 units.

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.

These 10 were written to CUET-PG and are not shown on any other exam's page.

Question 1 · easy

In IPCC AR6 terminology, the presence of people, crops and assets in places that could be adversely affected is called

  1. resilience
  2. exposure
  3. sensitivity
  4. hazard
Answer and working

B. exposure

Exposure is the presence of people, livelihoods, assets and ecosystems in harm's way. A hazard is the physical event or trend; sensitivity is part of vulnerability; resilience is the capacity to cope and recover.

Question 2 · medium

How did the IPCC framing of vulnerability change between AR4 and AR5/AR6?

  1. AR4 and AR5/AR6 use exactly the same definition, so the reports can be quoted interchangeably on this point
  2. AR4 ignored adaptive capacity entirely; AR5 and AR6 defined vulnerability purely as adaptive capacity alone
  3. AR4 put exposure inside vulnerability; AR5 and AR6 separated it and framed risk from hazard, exposure and vulnerability
  4. AR4 framed risk from hazard, exposure and vulnerability; AR5 and AR6 merged all three into one vulnerability index
Answer and working

C. AR4 put exposure inside vulnerability; AR5 and AR6 separated it and framed risk from hazard, exposure and vulnerability

AR4 defined vulnerability as a function of exposure, sensitivity and adaptive capacity. From AR5, exposure was treated separately and risk was framed as the interaction of hazard, exposure and vulnerability. The definitions are not interchangeable.

Question 3 · easy

Which is an example of a 'no-regret' adaptation option for farmers?

  1. Soil water conservation, which pays off under any climate
  2. Abandoning farming in a district on the basis of one climate model run
  3. Building a large dam sized for a single high-rainfall climate projection
  4. Planting only one high-yielding variety across the whole district each year
Answer and working

A. Soil water conservation, which pays off under any climate

No-regret options deliver benefits whatever climate occurs, as soil water conservation does. Designs tuned to one projection or drastic irreversible choices risk regret, and monocultures raise risk.

Question 4 · easy

What are the three pillars of climate-smart agriculture as defined by FAO?

  1. Organic inputs; local markets; zero use of synthetic fertilisers and pesticides
  2. Irrigation; mechanisation; high-yielding varieties on every farm in the region
  3. Productivity and incomes; resilience; mitigation where possible
  4. Carbon credits; biofuels; reducing livestock numbers in all farming systems
Answer and working

C. Productivity and incomes; resilience; mitigation where possible

FAO's CSA objectives are sustainably increasing productivity and incomes, adapting and building resilience, and reducing or removing greenhouse gas emissions where possible. CSA is not defined by organic rules, a Green Revolution package or carbon markets.

Question 5 · easy

Which list gives the four elements of an end-to-end, people-centred early-warning system?

  1. Prevention; mitigation; response; recovery, as defined in the national disaster management act
  2. Hazard; exposure; vulnerability; risk, as defined in the IPCC Sixth Assessment Report
  3. Satellites; radar; supercomputers; television broadcasts of the national weather forecast
  4. Risk knowledge; monitoring and forecasting; warning dissemination; preparedness and response
Answer and working

D. Risk knowledge; monitoring and forecasting; warning dissemination; preparedness and response

UNDRR/WMO describe four elements: disaster risk knowledge; detection, monitoring, analysis and forecasting; warning dissemination and communication; and preparedness and response capabilities. The other lists are tools, the disaster cycle, or the risk framework.

Question 6 · easy

The Sendai Framework for Disaster Risk Reduction covers which period, and which framework did it replace?

  1. 2015–2030, replacing the Kyoto Protocol's adaptation provisions
  2. 2015–2030, replacing the Hyogo Framework for Action 2005–2015
  3. 2020–2035, replacing the Paris Agreement's adaptation goal
  4. 2005–2015, replacing the Yokohama Strategy of 1994
Answer and working

B. 2015–2030, replacing the Hyogo Framework for Action 2005–2015

Sendai runs 2015–2030 and succeeded the Hyogo Framework for Action 2005–2015 (which had succeeded the 1994 Yokohama Strategy). It is not related to Kyoto or Paris provisions.

Question 7 · easy

The National Adaptation Plan (NAP) process under the UNFCCC was established in 2010 under which framework?

  1. The Marrakesh Accords of COP7
  2. The Hyogo Framework for Action
  3. The Bali Action Plan of COP13
  4. The Cancún Adaptation Framework
Answer and working

D. The Cancún Adaptation Framework

The NAP process was established under the Cancún Adaptation Framework at COP16 in 2010. The Marrakesh Accords (COP7, 2001) set up NAPAs; Bali (2007) set the road to Copenhagen; Hyogo is a DRR framework.

Question 8 · medium

How do NAPAs differ from NAPs?

  1. NAPAs identified urgent needs of least developed countries; NAPs address medium- and long-term needs
  2. NAPAs address medium- and long-term needs of all countries; NAPs cover only urgent needs of small islands
  3. NAPAs and NAPs are two names for the same document, used interchangeably in UNFCCC decisions
  4. NAPAs deal only with mitigation projects; NAPs deal only with disaster response after events
Answer and working

A. NAPAs identified urgent needs of least developed countries; NAPs address medium- and long-term needs

NAPAs were for LDCs' urgent and immediate needs; the NAP process supports medium- and long-term planning integrated into development, open to all developing countries.

Question 9 · easy

Which article of the Paris Agreement establishes the global goal on adaptation?

  1. Article 6
  2. Article 8
  3. Article 7
  4. Article 2
Answer and working

C. Article 7

Article 7 sets the global goal on adaptation. Article 2 sets the overall temperature goal, Article 6 covers cooperative approaches and markets, and Article 8 covers loss and damage.

Question 10 · easy

In AR6, maladaptation refers to

  1. a failure to reduce greenhouse gas emissions in line with the Paris goal
  2. actions that may raise climate risk, emissions, vulnerability or inequity, now or later
  3. any adaptation that costs more than the damage it prevents in the first year
  4. a natural ecosystem's genetic adaptation to a warmer climate over centuries
Answer and working

B. actions that may raise climate risk, emissions, vulnerability or inequity, now or later

AR6 defines maladaptation as actions that may lead to increased risk of adverse climate-related outcomes, including through higher emissions, increased or shifted vulnerability, more inequitable outcomes or diminished welfare. Cost, mitigation failure and genetic adaptation are different concepts.

A study plan for Climate Adaptation, Climate-Smart Agriculture & Disaster Risk in CUET-PG

This plan follows where our questions actually fall, so the time goes where the marks are likely to be. It is our reading of the syllabus, not the exam body's weighting.

  1. First, the heavy units (50% of the 22 questions): Adaptive capacity and resilience frameworks (4, 18%); National Adaptation Plans and community-based adaptation (4, 18%); Agromet advisories and early-warning systems (3, 14%).

    Read the manual chapters for these first and do every worked question you can find on them.

  2. Then the middle band: Maladaptation and limits to adaptation (3, 14%); Sendai Framework for Disaster Risk Reduction (3, 14%); Vulnerability, exposure, hazard and risk (2, 9%).

    Aim for one sitting per unit, then mixed questions across them.

  3. Then the lighter units: Climate-smart agriculture: productivity, adaptation, mitigation (1, 5%); Drought monitoring and drought management (1, 5%); Risk transfer: crop insurance and index insurance as adaptation (1, 5%).

    Learn the definitions, classifications and standard numbers; these units are more often recalled than worked.

  4. Bank the easy marks: Climate-smart agriculture: productivity, adaptation, mitigation (1 easy of 1); Drought monitoring and drought management (1 easy of 1).

    Do these early in revision so they are fast on the day.

  5. Finish timed. Sit the subject as a timed set without notes, mark it, and send each wrong answer back to its unit above.

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