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Climate Solutions for Sustainable Agriculture

Climate Solutions for Sustainable Agriculture

Agriculture in the Age of Climate Change

The impacts of climate change; erratic weather patterns, severe weather events, prolonged droughts, and rising temperatures, present significant challenges for agriculture. These conditions threaten the productivity and resilience of farming systems worldwide.

Leading the Way in Climate-Adaptive Agricultural Solution

At Netafim, we are committed to advancing sustainable agricultural solutions that mitigate the effects of climate change and ensure global food security. Our goal is to help farmers adapt to changing conditions, minimize the impacts of climate instability, and sustain food production for present and future generations.

Our full range of climate solutions

Safeguarding our planet’s natural resources: water, air, soil.

Carbon Offsets

Carbon Offsets

Generating permanent, sustainable and verified carbon credits through drip irrigated crops. A win-win for growers, carbon credit buyers and the planet.

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Water Offsets

Water Offsets

Monetizing water saving through investment in drip irrigated projects that guarantee significant and measurable reduction in water use in agriculture.

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Circularity

Circularity

Helping growers reduce the number of driplines that end up in landfills by collecting and recycling their end-of-life driplines and incorporating the regenerated material into new driplines.

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Carbon Offsets

Generating permanent, sustainable and verified carbon credits through drip irrigated crops. A win-win for growers, carbon credit buyers and the planet.

What are carbon credits? 

Companies are obligated to combat climate change by reducing their greenhouse gas emissions. However, many have reached a limit in how quickly they can decrease these emissions. To meet their emission goals, they must offset the emissions they cannot eliminate through other means. This is where carbon credits come into play, allowing businesses to invest in environmental projects to compensate for their remaining emissions.

Our Carbon Credit solution

Netafim leverages its experience and know-how to deliver efficient, reliable, verified and sustainable carbon credits through drip irrigated projects, that minimize emissions and drive a more sustainable agriculture Netafim carbon credit projects are verified by leading voluntary carbon markets program managers and the Verified Carbon Standard (VCS) Program initiator.

 

 

Carbon Credits Powered by Drip Irrigated Rice

Rice is the world’s leading staple food spread over 165 million hectares worldwide. Rice, traditionally irrigated though paddy fields, also consumes 40% of the global irrigation water and is responsible for 12% of the global methane emissions. Drip irrigated rice uses 70% less water, diminishes methane emissions to almost zero, and reduces arsenic uptake by up to 90%.

The farmer

The farmer enjoys a double win; all the benefits of drip irrigation; higher and better quality yields, reduced use of water, fertilizers and labor and an additional revenue stream through the sale of carbon credits.

The buyer

Our dedicated team of advisors helps companies of all sizes reduce their carbon footprint from project initiation to carbon credit realization by offering full project development, matching projects with suitable growers, providing expert financing solutions, and utilizing cutting-edge technology.

The planet

The implementation of new drip irrigation projects helps to protect our planet’s natural resource, water, reduce contamination of groundwater and rivers and eliminate the release of greenhouse gases from paddy fields.

Water Offsets

Monetizing water saving through investment in drip irrigated projects that guarantee significant and measurable reduction in water use in agriculture.

Regenerative Agriculture

Generating permanent, sustainable and verified carbon credits through drip irrigated crops. A win-win for growers, carbon credit buyers and the planet.

Circularity

Helping growers reduce the number of driplines that end up in landfills by collecting and recycling their end-of-life driplines and incorporating the regenerated material into new driplines.