Chapter 02 · Nature, land & waterCoffee, Cocoa & Agricultural Commodities
Climate-smart agriculture
Definition
Climate-smart agriculture is an approach to farming that seeks to improve productivity, resilience and emissions outcomes in a changing climate.
References
This reference provides supporting context for how “Climate-smart agriculture” is defined and used.
Overview
What it means in practice
Climate-smart agriculture should be read as an agricultural commodity term. Its meaning depends on the crop, processing stage, market relationship, geography and the point in the supply chain being described.
In practice, users should state the boundary, source, evidence and decision context. That keeps climate-smart agriculture specific enough for review without making the term carry more certainty than the underlying records support.
Why it matters
Climate-smart agriculture matters because commodity language can affect price, farmer income, quality assessment, risk allocation and traceability. Clear wording helps readers see whether the term describes production, processing, trade, livelihood context or data used for compliance.
Common misconception
A common error is to use Climate-smart agriculture as if it has the same meaning in every origin or supply chain. Local practice, buyer requirements, crop type and transaction point can materially change how the term should be understood.
Review questions
Which crop, origin and transaction point are being described? What evidence supports the claim? Would a producer, buyer, verifier and reader understand the term the same way?
How it is used
Land managers, scientists, companies, governments and affected communities use “Climate-smart agriculture” in land-use planning, biodiversity assessment, water management, restoration, sourcing and conservation decisions.
In each case, the user should state the location, ecosystem or resource boundary, baseline, timeframe, indicators and affected rights-holders; otherwise, the same term may be applied to materially different situations. In this context, it refers to an approach to farming that seeks to improve productivity, resilience and emissions outcomes in a changing climate.