Climate-Smart Agriculture and Commodities: Building More Resilient Food and Supply Chains

Agriculture depends heavily on natural systems. Farmers need reliable water, healthy soil, suitable temperatures, and predictable growing conditions to produce food and commodities. As climate change affects rainfall patterns, temperatures, extreme weather, and water availability, agricultural producers face increasing challenges in maintaining productivity. This is where climate-smart agriculture and commodities can play an important role.

Climate-smart agriculture focuses on improving agricultural productivity and resilience while reducing greenhouse gas emissions where possible. It does not refer to one specific farming technique. Instead, it brings together different approaches that help farmers respond to climate risks while protecting the natural resources that agriculture depends on. For commodity producers, these practices can also strengthen supply chains by supporting more resilient production and reducing environmental risks.

What Is Climate-Smart Agriculture?

Climate-smart agriculture is an approach to farming that aims to achieve three connected objectives: maintaining or improving productivity, building resilience to climate change, and reducing greenhouse gas emissions where feasible.

The approach can look different depending on the crop, location, climate, and resources available to farmers. For example, a farmer facing water shortages may adopt more efficient irrigation or improve soil management to help retain moisture. In an area experiencing extreme rainfall, better drainage and erosion control may help protect agricultural land.

Common sustainable agriculture practices associated with climate-smart farming include:

• Improving soil health and fertility

• Using water more efficiently

• Diversifying crops and farming systems

• Using climate-resilient crop varieties

• Reducing unnecessary fertilizer and chemical inputs

• Integrating trees into agricultural systems

• Managing livestock and manure more efficiently

• Reducing agricultural waste

• Using renewable energy where practical

The goal is not necessarily to eliminate conventional farming methods. Instead, climate-smart agriculture focuses on choosing practices that are appropriate for local conditions and can help farmers manage climate-related risks.

Read also: Climate Tech and Innovation: How Technology Can Support Climate Action

How It Supports Sustainable Commodities

Agricultural commodities such as coffee, cocoa, rice, palm oil, rubber, spices, and other crops are connected to complex supply chains. Climate risks at the farm level can eventually affect processors, traders, manufacturers, and consumers.

When drought, flooding, heat, pests, or changing rainfall patterns reduce agricultural productivity, the effects can extend beyond individual farms. Climate-resilient farming can help make commodity production more stable over time.

Improving Soil Health

Healthy soil can support crop productivity while improving the ability of agricultural land to cope with environmental stress. Practices such as composting, cover cropping, mulching, crop rotation, and reduced soil disturbance can help maintain soil structure and organic matter, depending on the farming system. Improving soil health can also help agricultural land retain water and reduce erosion, which can be particularly valuable during periods of heavy rainfall or drought.

Improving Water Management

Water availability is a major concern for many agricultural systems. Climate-smart farming can include efficient irrigation, rainwater management, soil moisture monitoring, and other practices designed to make better use of available water. Using water more efficiently can help farmers maintain production while reducing pressure on local water resources.

Diversifying Agricultural Systems

Depending on a single crop or production method can increase vulnerability to climate and market changes. Crop diversification, agroforestry, and integrated farming systems can provide farmers with additional sources of food or income while potentially improving biodiversity and soil health. For commodity producers, diversification can also provide greater resilience when one crop is affected by weather conditions or market fluctuations.

Managing Agricultural Waste

Agricultural production generates significant amounts of organic material, including crop residues, livestock manure, and processing waste. Rather than treating these materials only as waste, farmers and agricultural businesses can explore ways to recover their value.

For example, suitable organic waste can be composted and returned to agricultural land. Other organic materials can potentially be used as feedstock for anaerobic digestion, producing biogas and nutrient-rich digestate. This connects climate-smart agriculture with circular resource management and can help reduce waste while creating additional value from agricultural resources.

Benefits for Farmers and Supply Chains

Climate-smart agriculture can create benefits that extend beyond individual farms. By improving resilience, resource efficiency, and environmental performance, these practices can also support more stable and sustainable commodity supply chains.

Greater Farmer Climate Resilience

Farmers are directly exposed to climate risks such as drought, flooding, extreme heat, changing rainfall patterns, pests, and crop diseases. These risks can reduce yields, damage livestock, and increase production costs.

Climate-resilient farming practices can help farmers prepare for these challenges. Improving soil health, managing water efficiently, diversifying crops, and integrating trees or other complementary farming systems can strengthen the ability of farms to cope with changing conditions.

However, farmer climate resilience depends on more than farming practices alone. Access to reliable climate information, financing, appropriate technology, infrastructure, training, and markets is also essential.

More Efficient Use of Resources

Climate-smart agriculture can help farmers make better use of essential resources such as water, soil, fertilizers, energy, and organic materials. For example, more efficient irrigation can reduce unnecessary water use, while improved fertilizer management can help farmers apply nutrients more effectively. Managing agricultural residues and manure can also create opportunities to reuse resources rather than treating them as waste.

Better resource efficiency can help reduce unnecessary input costs while lowering the environmental impact of agricultural production.

Stronger Sustainable Supply Chains

Climate risks can affect the entire commodity supply chain, not just farmers. Disruptions in agricultural production can influence processors, exporters, manufacturers, and businesses that depend on consistent supplies of raw materials. Building sustainable supply chains means considering environmental, social, and economic risks from production through processing and distribution.

Businesses can support this by working more closely with farmers and producer communities, investing in sustainable sourcing programmes, and improving traceability. Understanding where commodities come from and how they are produced can help companies make better sourcing decisions while identifying potential risks before they disrupt supply.

Supporting Low-Emission Agriculture

Agriculture can contribute to greenhouse gas emissions through livestock production, fertilizer use, land-use change, energy consumption, and organic waste management. Low-emission agriculture focuses on reducing these emissions while maintaining productive and economically viable farming systems.

Possible approaches include improving fertilizer efficiency, managing livestock manure, reducing agricultural waste, using renewable energy, and adopting farming practices that support healthy soils.

The right approach depends on the crop, location, farming system, and available resources. There is no single solution for every farm. Climate-smart agriculture works best when solutions are adapted to local conditions and combined with the knowledge and needs of farmers.

Climate-Smart Agriculture in Indonesia

The importance of climate-smart agriculture is particularly relevant to agriculture in Indonesia, where farming systems range from smallholder farms to large-scale commodity production.

Different regions face different climate and environmental risks. Some agricultural communities may experience water shortages, while others face flooding, soil erosion, rising temperatures, or changing growing seasons. This makes locally appropriate solutions important.

For example, improving irrigation may be a priority in one farming area, while agroforestry, soil restoration, or better organic waste management may be more relevant in another. Supporting farmers with access to climate information, training, appropriate technology, financing, and markets can also strengthen long-term farmer climate resilience.

FAQ: Climate-Smart Agriculture and Commodities

What is climate-smart agriculture?

Climate-smart agriculture is an approach to farming that aims to maintain or improve productivity, strengthen resilience to climate change, and reduce greenhouse gas emissions where possible. The specific practices depend on local climate, crops, resources, and farming conditions.

How does climate-smart agriculture benefit farmers?

It can help farmers manage climate risks such as drought, flooding, changing rainfall, and extreme temperatures. Practices that improve soil health, water management, crop diversity, and resource efficiency can support more resilient farming systems.

What are sustainable commodities?

Sustainable commodities are agricultural products produced with consideration for environmental, social, and economic impacts. Sustainable commodity production can involve responsible resource use, climate-resilient farming, reduced waste, and more responsible supply chain practices.

How can climate-smart agriculture support supply chains?

More resilient farms can help reduce disruptions caused by climate-related risks. Businesses can also work with farmers on sustainable sourcing, traceability, resource efficiency, and climate-smart production practices to build stronger and more resilient supply chains.

Is climate-smart agriculture the same as regenerative farming?

Not exactly. Regenerative farming is a broader approach that often focuses on restoring soil health, biodiversity, and ecosystem functions. Climate-smart agriculture focuses specifically on improving productivity, building climate resilience, and reducing emissions where possible. Some regenerative farming practices can also contribute to climate-smart agriculture.

Building More Resilient Agricultural Supply Chains

Climate-smart agriculture and commodities are closely connected because climate resilience at the farm level can influence the stability and sustainability of wider agricultural supply chains. Improving soil and water management, diversifying production, reducing agricultural waste, recovering resources, and adopting appropriate low-emission practices can help farmers respond to climate risks while maintaining productive farming systems.

For businesses, supporting climate-smart agriculture can also contribute to more resilient and responsible sourcing. The most effective approach is one that considers local environmental conditions, farmer needs, economic realities, and the long-term health of agricultural ecosystems.

To explore practical solutions for renewable energy, biogas, circular economy, and sustainable community development, visit su-re.co and discover how local resources and innovative approaches can support more resilient and sustainable systems.