Cropway recognized the need for a transformative approach, the implementation of GIS & drone technology emerged as a game-changer in mining exploration. Drones conduct swift aerial surveysto promptly and precisely evaluate mining sites. While, GIS plays a complementary role by integrating diverse datasets..
Postharvest losses occur when agricultural commodities deteriorate in quantity and quality after harvest. Causes include biological factors, inadequate storage, inefficient transportation, and limited market access. In regions with technological gaps, lack of preservation methods contributes to losses. Economic repercussions impact both small and large-scale farmers...
Innovations in deep tech (agtech) are becoming essential instruments, enabling a harmonious balance between profitability, sustainable advancement, and environmental conservation of agriculture. From AI-driven crop management to plant sensors, know how deep tech is driving the agricultural revolution
For the millions of small-scale farmers and pastoralist families, agriculture has been a longstanding challenge. These individuals rely on what they can produce on their own, facing obstacles such as poor soil quality and dependence on rainfall rather than irrigation...
Smart irrigation, a transformative force in the agricultural landscape, is witnessing unprecedented growth driven by a confluence of technological advancements and the pressing need for sustainable water management. As the global population burgeons, exerting increased pressure on water resources, the imperative for efficient irrigation practices has never been more critical.
The heart of agriculture lies in the land itself, an unchanging asset for farmers. But what if there was a way to maximize its yield potential without depleting it? The answer to this question lies in a new era of agricultural technology.
welcome to the enlightening journey of "Decoding Climate-Smart Agriculture: Cultivating a Sustainable Future" – the insightful Part 2 of our exploration.
Permaculture is a sustainable design approach that mimics natural ecosystems. It involves practices like companion planting (flowers near fruit trees to attract pollinators), rainwater harvesting for irrigation, and utilizing passive heating techniques in homes.
In a world where the stakes of food security and climate change are higher than ever before, a new paradigm emerges—one that unites the management of diverse landscapes, from cropland and livestock to forests and fisheries. This integrated approach, known as Climate-Smart Agriculture (CSA), is not merely a response to these challenges
ver wondered how plants absorb the water and nutrients they need? Enter mycorrhizal fungi – the hidden helpers or unsung heroes of the plant kingdom, play a crucial role in agriculture by forming symbiotic relationships with plant roots.
