Satellites are watching the Earth every day
When people think about satellites, they usually imagine weather forecasts or images of Earth from space.
In reality, Europe's Copernicus programme continuously measures air temperatures, soil moisture, vegetation health, wildfires, air quality and ocean conditions.
These observations help scientists monitor climate change almost in real time while supporting agriculture, emergency services, public authorities and researchers across Europe.
June 2026 shows why this information matters
The latest Copernicus Climate Bulletin, published on 9 July 2026, confirmed that:
Western Europe experienced its hottest June on record; June 2026 ranked as the second-warmest June globally; sea surface temperatures outside the polar regions reached a June record; much of Western Europe experienced drier-than-average conditions, with below-average soil moisture and reduced river flows.
Without satellite observations, it would be impossible to monitor climate change at this level of detail.
Why gardeners should care
These datasets may sound highly scientific.
In practice, they answer everyday gardening questions.
Why does the soil dry out faster than before?
Why are tomatoes ripening earlier?
Why are lettuces bolting more quickly?
Why does irrigation seem necessary much earlier in summer?
The answer is not only today's weather. It is also about long-term trends in temperature, soil moisture, rainfall and heat accumulation—exactly the variables monitored by Copernicus.
Technology is becoming an adaptation tool
Technology alone will not solve climate change.
However, it can help people adapt more effectively.
Interactive maps, satellite imagery and open climate datasets now provide information that was once available only to research institutes.
These tools help gardeners better understand seasonal conditions, anticipate droughts and make more informed decisions about planting and watering.
Local observations are just as valuable
Satellite data provides the global picture.
Gardeners provide the local one.
Every vegetable garden experiences its own microclimate. Sharing observations between gardeners helps everyone better understand changing growing conditions and improve local resilience.
Smarter local food systems
This is also where Seeed fits in.
The app makes it easier to give, sell or exchange local harvests between neighbours and small producers while encouraging stronger local food networks.
In the future, information generated by local gardens could complement large-scale climate observations, helping communities better understand harvest seasons and adapt to increasingly unpredictable weather.
Satellites show us what is happening across the planet.
Gardeners show us what is happening a few square metres at a time.
Together, both perspectives help build a more resilient food system.
Sources Copernicus Climate Change Service — Climate Bulletin – June 2026. Copernicus Programme — European Earth Observation Programme.