How Satellite Imagery Helps Bridge the Food Security Gap?

How Satellite Imagery Helps Bridge the Food Security Gap?

Agricultural methods are becoming more predictable and smoother, thanks to satellite pictures.

Fremont, CA: IoT, blockchain, machine learning, GIS, artificial intelligence, GPS tagging, drones, satellite images, and other modern technologies are transforming the face of agriculture every day. Satellite imagery for agriculture is opening the way for new and efficient industry growth. It provides the potential to use a data-driven approach to agricultural tasks, allowing for greater precision. Agricultural methods are becoming more predictable and smoother, thanks to satellite pictures.

  • Making agricultural practices increasingly sustainable

With the looming threat of global warming, water management and sustainable farming practices have become critical. Water management can be cost-effective while also preventing under- or over-irrigation. In addition, water conservation and wise use can have a favorable impact on crop quality and output.

Farmers and agribusinesses can use agricultural remote sensing satellites to monitor large crop regions in real-time. It estimates water requirements and demands across the field, allowing farmers and companies to determine the amount of water required most efficiently. As a result, it allows for easier irrigation management and more effective farm management.

  • Satellite Images and Climate-resilience

Famine, droughts, floods, and unseasonably wet weather have all got exacerbated by global warming. Farmers can forecast and prepare for such disasters if they have prior knowledge of weather patterns. It provides them with the necessary information to make educated decisions and protect their crops.

Satellite imaging aids in the monitoring of weather conditions and the prediction of natural disasters.The utilization of satellite photos and data could aid in the development of a cost-effective strategy for reducing the impact of weather events on agricultural activities. These improve the sustainability of agriculture and can save farmers and agribusiness a lot of money.

  • Satellite imagery aiding precision agriculture practices

Precision farming techniques aid in increasing farm efficiency by maximizing resource consumption. Precision agriculture may help agribusinesses save money on water, seeds, pesticides, and various other agricultural inputs. In addition, precision agriculture improves crop quality while increasing yield.

High-resolution photos get combined with smart devices in the satellite imagery-IoT integration. Agricultural drones can precisely apply fertilizer spraying by utilizing reliable crop information from satellite photographs. Using agricultural robots in conjunction with satellite imagery, the seeding function can be expedited and made more exact.

  • Satellite imagery allows yield estimations.

For stakeholders that invest in agricultural techniques, accurate crop yield estimation is critical. Satellite images can help expedite farm management and planning. It also encourages people to make the best judgments possible when it comes to agricultural products.

Using agriculture satellite images in conjunction with an ERP platform can make detecting concerns like vegetation, moisture, and micronutrient stress much more effortless. It can help users estimate yields more accurately. With crop-specific production projections, agriculture satellite imagery can help agribusinesses improve their procurement and storage arrangements.

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