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Evidence-based approaches to building small-scale farmers’ climate resiliency

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23 Apr, 2024

This post was originally published on Climate Links

Evidence-based approaches to building small-scale farmers’ climate resiliency
jschoshinski
Wed, 04/17/2024 – 15:37

A key component of USAID’s approach to climate adaptation and resilience for food and water security is centered on support for small-scale farmers in low- and middle-income countries. More frequent extreme weather events, like rainfall shocks, and slow-onset change, like warmer and drier conditions, are reducing farmers’ crop harvest stability. Global food production exacerbates these impacts, emitting approximately one quarter of greenhouse gas emissions annually. Building small-scale farmers’ resilience is complex, and stewarding environmental health and enhancing agricultural productivity have often been seen as at odds with each other in policy decisions.

J-PAL will present findings from twenty rigorous and policy-relevant randomized and quasi-experimental evaluations of risk-reducing, climate-resilient agricultural technologies and practices from around the world. The presentation will share examples of findings from specific studies, and identify lessons across evaluations in multiple contexts that can inform USAID’s approach to supporting small-scale farmers in adapting to the evolving challenges of climate change.

Teaser Text

J-PAL will present findings from 20 randomized and quasi-experimental evaluations of risk-reducing, climate-resilient agricultural technologies and practices.

Event Date

Friday, May 17, 2024, 3:00
– 4:00 pm UTC

Advanced registration required

Off

Event Format

Event Type

Webinar/Presentation

Topic

Agriculture
Climate-Resilient Agriculture
Emissions
Food Security
Monitoring, Evaluation, and Learning
Resilience
Weather

Strategic Objective

Adaptation
Integration
Mitigation

Region

Global

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2024-05-17 15:00:00
2024-05-17 16:00:00
Evidence-based approaches to building small-scale farmers’ climate resiliency

A key component of USAID’s approach to climate adaptation and resilience for food and water security is centered on support for small-scale farmers in low- and middle-income countries. More frequent extreme weather events, like rainfall shocks, and slow-onset change, like warmer and drier conditions, are reducing farmers’ crop harvest stability. Global food production exacerbates these impacts, emitting approximately one quarter of greenhouse gas emissions annually. Building small-scale farmers’ resilience is complex, and stewarding environmental health and enhancing agricultural productivity have often been seen as at odds with each other in policy decisions.
J-PAL will present findings from twenty rigorous and policy-relevant randomized and quasi-experimental evaluations of risk-reducing, climate-resilient agricultural technologies and practices from around the world. The presentation will share examples of findings from specific studies, and identify lessons across evaluations in multiple contexts that can inform USAID’s approach to supporting small-scale farmers in adapting to the evolving challenges of climate change.



Global Climate Change
team@climatelinks.org
UTC
public

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ABB receives EPD status for gearless mill drive ring motor

ABB receives EPD status for gearless mill drive ring motor

ABB has gained Environmental Product Declaration (EPD) status for its Gearless Mill Drive (GMD) ring motor — technology used to drive large grinding mills in the mining industry.

An EPD is a standardised document that provides detailed information about the environmental impact of a product throughout its life cycle. Based on a comprehensive Life Cycle Assessment (LCA) study, the EPD highlights ABB’s commitment to transparency, environmental responsibility and supporting customers in making informed decisions on sustainability in their supply chains.

ABB analysed the environmental impact of a ring motor across its entire life cycle from supply chain and production to usage and end-of-life disposal. The study was conducted for a ring motor of a semi-autogenous grinding (SAG) mill with an installed power of 24 MW and was based on a reference service life of 25 years.

“Sustainability is at the core of our purpose at ABB, influencing how we operate and innovate for customers,” said Andrea Quinta, Sustainability Specialist at ABB. “By earning the Environmental Product Declaration for our ring motor, we emphasise our environmental stewardship and industry leadership for this technology. We adhered to the highest standards throughout this process, as we do in the ABB Ring Motor factory every day. This recognition highlights to the mining industry what they are bringing into their own operations when they work with ABB.”

The comprehensive LCA was conducted at ABB’s factory in Bilbao, Spain, and was externally verified and published in accordance with international standards ISO 14025 and ISO 14040/14044. It will remain valid for five years.

The ring motor, a key component of the GMD, is a drive system without any gears where the transmission of the torque between the motor and the mill is done through the magnetic field in the air gap between the motor stator and the motor rotor. It optimises grinding applications in the minerals and mining industries by enabling variable-speed operation, leading to energy and cost savings.

The full EPD for the ABB GMD Ring Motor can be viewed on EPD International.

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