Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Climate Smart Agriculture: Innovating Sustainable Practices for a Changing Climate

View through CrossRef
Climate Smart Agriculture (CSA) is a strategy aimed at lowering greenhouse gas emissions, strengthen climate change resilience, raising crop production and incomes significantly. In a variety of agro-ecological zones, the implementation of climate smart agriculture methods has significantly improved the availability of food, adaptability to fluctuations in the climate, and emissions reduction. One of the key benefits of CSA is its ability to improve agricultural productivity and stabilize food security, particularly for small-scale farmers in developing nations who are most vulnerable to climate change. By integrating sustainable techniques such as conservation agriculture, crop diversification, and agroforestry, CSA helps ensure stable yields, even amid erratic weather patterns. Enhanced soil fertility, enhanced irrigation practices and the use of varieties of crops that are climate resilient all contribute to sustained productivity, mitigating the risks of crop failure and food shortages. CSA also strengthens agricultural systems' resilience to climate impacts by promoting practices like zero tillage, residue management, and efficient irrigation, which improve soil health and water retention, making crops more resistant to droughts and floods. In addition to boosting resilience, CSA contributes to climate change mitigation by reducing agriculture's carbon footprint. Precision farming, organic agriculture, and other low-emission practices help curb greenhouse gas emissions from farming activities. Mobile technology is also emerging as a key driver of CSA by providing real-time information, decision-making support, and access to essential resources, further enhancing the adaptability and sustainability of farming systems. The significance of CSA as a strategic solution to the threats that climate change poses to food security and agricultural sustainability is being more widely acknowledged by governments. As a result, numerous initiatives have been launched at national, regional, and international levels to encourage the widespread adoption of CSA practices. In order to achieve sustainable agricultural development and ensure food security in the face of climate change, CSA must be scaled up around the world.
Title: Climate Smart Agriculture: Innovating Sustainable Practices for a Changing Climate
Description:
Climate Smart Agriculture (CSA) is a strategy aimed at lowering greenhouse gas emissions, strengthen climate change resilience, raising crop production and incomes significantly.
In a variety of agro-ecological zones, the implementation of climate smart agriculture methods has significantly improved the availability of food, adaptability to fluctuations in the climate, and emissions reduction.
One of the key benefits of CSA is its ability to improve agricultural productivity and stabilize food security, particularly for small-scale farmers in developing nations who are most vulnerable to climate change.
By integrating sustainable techniques such as conservation agriculture, crop diversification, and agroforestry, CSA helps ensure stable yields, even amid erratic weather patterns.
Enhanced soil fertility, enhanced irrigation practices and the use of varieties of crops that are climate resilient all contribute to sustained productivity, mitigating the risks of crop failure and food shortages.
CSA also strengthens agricultural systems' resilience to climate impacts by promoting practices like zero tillage, residue management, and efficient irrigation, which improve soil health and water retention, making crops more resistant to droughts and floods.
In addition to boosting resilience, CSA contributes to climate change mitigation by reducing agriculture's carbon footprint.
Precision farming, organic agriculture, and other low-emission practices help curb greenhouse gas emissions from farming activities.
Mobile technology is also emerging as a key driver of CSA by providing real-time information, decision-making support, and access to essential resources, further enhancing the adaptability and sustainability of farming systems.
The significance of CSA as a strategic solution to the threats that climate change poses to food security and agricultural sustainability is being more widely acknowledged by governments.
As a result, numerous initiatives have been launched at national, regional, and international levels to encourage the widespread adoption of CSA practices.
In order to achieve sustainable agricultural development and ensure food security in the face of climate change, CSA must be scaled up around the world.

Related Results

Climate and Culture
Climate and Culture
Climate is, presently, a heatedly discussed topic. Concerns about the environmental, economic, political and social consequences of climate change are of central interest in academ...
ROLE OF CLIMATE-SMART AGRICULTURE IN ENHANCING SUSTAINABLE AGRICULTURAL PRODUCTION
ROLE OF CLIMATE-SMART AGRICULTURE IN ENHANCING SUSTAINABLE AGRICULTURAL PRODUCTION
With the challenge of global food insecurity increasingly getting more severe, and the problem made worse by the extreme vulnerability of agriculture to climate change, climate-sma...
Generative AI-Driven Smart Contract Optimization for Secure and Scalable Smart City Services
Generative AI-Driven Smart Contract Optimization for Secure and Scalable Smart City Services
Smart cities use advanced infrastructure and technology to improve the quality of life for their citizens. Collaborative services in smart cities are making the smart city ecosyste...
Reinventing Smart Water Management System through ICT and IoT Driven Solution for Smart Cities
Reinventing Smart Water Management System through ICT and IoT Driven Solution for Smart Cities
Purpose: Worldwide water scarcity is one of the major problems to deal with. Smart Cities also faces this challenging problem due to its ever-increasing population and limited sour...
Survey of Intelligent Agricultural IoT Based on 5G
Survey of Intelligent Agricultural IoT Based on 5G
In the future, agriculture will face the need for increasing production, sustainability, wisdom, and efficiency, which will bring significant challenges to the development of moder...
A Synergistic Imperative: An Integrated Policy and Education Framework for Navigating the Climate Nexus
A Synergistic Imperative: An Integrated Policy and Education Framework for Navigating the Climate Nexus
Climate change acts as a systemic multiplier of threats, exacerbating interconnected global crises that jeopardize food security, biodiversity, and environmental health. These chal...
Kajian Pembangunan Smart Society Kota Bandung
Kajian Pembangunan Smart Society Kota Bandung
Abstract. Rancasari sub-district which is included in the Gedebage SWK with the theme of the technopolis area has a strong position in smart development because of the interest of ...
Editorial- The Role of Complex Agroecosystems in Climate Change Mitigation
Editorial- The Role of Complex Agroecosystems in Climate Change Mitigation
The burning of fossil fuels in developed nations and the conversion of natural grasslands and forests to intensely managed agricultural production systems are the single most impor...

Back to Top