News

When to harvest is a crucial decision for winemakers, as it can greatly impact the taste and quality of the wine. However, the climate crisis has disrupted this delicate balance, with global warming causing changes in seasons and the appearance of plant diseases.

To adapt to these challenges, winemakers are turning to granular data provided by satellite technology. Startups like Ticinum Aerospace and TerraNIS are using satellite data to track the progress and health of vines in a fast-warming environment. This data allows winemakers to make informed decisions about when to harvest the grapes, ensuring optimal flavor and quality.

For example, Ticinum Aerospace has developed Saturnalia, a data platform that evaluates vintner crops based on collected data. This technology enables the wine industry to make data-driven decisions, providing a more accurate and efficient approach to winemaking.

Satellite technology is not only being used in winemaking but also has the potential to revolutionize agriculture as a whole. With the global food crisis worsening due to climate change and supply chain disruptions, satellite sensors can help farmers manage their fields based on crop disease, pest infestation, nutrient needs, water stress, ideal harvest time, and quality evaluation.

By combining satellite recommendations with GPS-driven farm machinery, farming practices can be optimized, mitigating the impact of global warming on agriculture. Additionally, this technology has the potential to reduce greenhouse gas emissions in the agriculture sector by 13%.

The market for satellite data in agriculture is expected to double by 2030, with a value of almost billion. Satellite data can help detect pests and pathogens, prevent crop loss, and reduce water usage. By leveraging this technology, farmers can maximize their yield potential and make sustainable farming decisions.

Satellite sensors, provided by organizations like NASA and private companies like Planet, capture ground images using different wavelengths of the electromagnetic spectrum. By analyzing these images, scientists can determine key plant nutrients, biomass, leaf area, and chlorophyll content. This information can help farmers make targeted decisions about fertilizer application and optimize crop yield.

Overall, the use of satellite technology in agriculture has the potential to have a significant impact on combating global warming, protecting the food supply, and promoting sustainable farming practices.

The post Using Satellite Technology to Optimize Harvest Timing in Winemaking appeared first on satProviders.