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CSA Adaption Implications in Zambia AbstractThe abstract discusses a study on climate-smart agricultural practices in Zambia, focusing on their impact on maize yields. The research evaluates practices like reduced tillage, crop rotation, and legume intercropping, along with the use of improved seeds and fertilizers, to understand their effects under varying climatic conditions. The findings suggest that legume intercropping increa.. 2024. 4. 26.
Reviews, Challenges, Future Trends of Smart Agriculture AbstractThe abstract highlights the growing interest in smart agriculture among farmers due to the availability of affordable IoT-based sensors for monitoring field conditions and AI technologies for making better farming decisions. These advancements help in efficient resource management, such as reducing water usage and pesticide application, and enable predictive capabilities to minimize crop.. 2024. 4. 25.
Spatial Dimension of CSA is Overlooked AbstractThe abstract discusses the importance of climate-smart agriculture (CSA) and sustainable intensification (SI) as solutions for food security and climate change challenges. It highlights the need to consider spatial variability in implementing climate-smart practices to maximize benefits and address potential trade-offs, using conservation agriculture in sub-Saharan Africa as an illustr.. 2024. 4. 24.
Millet In the Smart Agriculutre What is Millet Millets are a group of C4 grasses known for their climate-resilient features and nutritional superiority compared to major cereals. They require less irrigation, grow well in low-nutrient conditions, and exhibit minimal vulnerability to environmental stresses. Millets, particularly foxtail millet, are studied for their traits related to C4 photosynthesis, stress biology, and bioen.. 2024. 4. 23.

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