The Role of AI and Drones in Modern Precision Farming
Discover how AI and drones are transforming precision farming. Learn about their applications, benefits, and the future of modern agriculture.
Read moreHow Climate Change is Impacting Agriculture and What Farmers Can Do
Discover how climate change is impacting agriculture and what farmers can do to adapt. Learn about climate-resilient crops, water management, and sustainable practices.
Read moreTop 5 Crops to Grow for Maximum Profit This Season
Discover the top 5 crops to grow for maximum profit this season. Learn about saffron, lavender, microgreens, ginseng, and hemp, and how to cultivate them successfully.
Read moreOrganic vs. Conventional Farming: Which is Better for the Planet?
Discover the environmental impacts of organic and conventional farming. Learn which method is better for the planet and how sustainable practices can shape the future of agriculture.
Read moreThe Future of Agriculture: How Technology is Revolutionizing Farming
Discover how technology is revolutionizing farming and shaping the future of agriculture. Learn about precision farming, AI, IoT, and other innovations driving sustainable agriculture.
Read more10 Sustainable Farming Practices to Boost Crop Yields in 2025
Discover 10 sustainable farming practices to boost crop yields in 2024. Learn how eco-friendly methods can improve productivity, reduce costs, and protect the environment.
Read moreDetermination of Electrical conductivity in a given soil sample
To determine the electrical conductivity and soluble salt content of soil. Soil salinity, which is caused due to the total soluble salt content, is determined by measuring the electrical conductivity of soil. EC is a measure of the ability of soil solution to carry electric current by the migration of ions under the influence of an electric field. Like metallic conductors, solutions also obey ohm’s law.
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