News Briefs
A nano-satellite equipped with ultra-high resolution multispectral cameras will be launched in October to monitor Andalusian farmland in Spain, providing crucial data for the agricultural sector. The project is a partnership between the Junta de Andalucia, LifeWatch ERIC, and the Andalusian Agricultural and Fisheries Management Agency, aiming to inform future policies on environmental preservation and sustainable farming in the region.
A small satellite equipped with ultra-high resolution multispectral cameras will soon point its electronic eyes on Andalusian farmland in Spain.
The nano-satellite will be launched next October by Falcon9 from a SpaceX base in either California or Florida. Once in orbit, the device will gather and transmit crucial data for the agricultural sector in the region.
The satellite will monitor the effects of farming on the territory and its natural resources, producing a whole new swath of information that can be used to inform future policies on the preservation of the environment and sustainabile farming.
See Also:Olive Grove Expansion Threatens Endangered Bird Species in SpainAs reported in the official press note, the new device comes from a partnership between the Junta de Andalucia, the Andalusian regional government, and the LifeWatch ERIC project, a European research body that investigates biodiversity and the ecosystem. The Andalusian Agricultural and Fisheries Management Agency (AGAPA) is also part of the initiative.
The nano-satellite is being built by the Open Cosmos company, which was founded in Andalusia. Its control center will be located in the Doñana National Park, in southern Spain. It will be run in partnership with the University of Huelva.
The nano-satellite will operate as part of a 12-device constellation. Participating in the project allows the partners to access all relevant information retrieved by the constellation.
As reported by TheDailyGuardian, the space view provided by the satellite will allow macroscopic observation of the region.
There are three levels of collecting data on the impact of farming. The first level provides microscopic analysis of soil and sea microorganisms. The second level uses sensors and drones to report real-time information about human activities and the environment. The macroscopic observation provided by the satellite will represent the third level.
According to Carmen Crespo, Councillor for Agriculture, Fisheries, Water and Rural Development of the Junta de Andalucía, the new project underlines the crucial role of LifeWatch ERIC, which offers “important data that allows better decisions to be made in the pursuit of sustainable agriculture and preserving biodiversity.”
Crespo underlined how such innovation would allow Andalusia to accomplish the ecological and agricultural objectives given by the European Commission.
More articles on: agriculture, Andalusia, environment
Mar. 11, 2025
Wealthy Nations’ Absence at COP16 Hampers Biodiversity Funding
Without the input of United States and China, delegates at COP16 said they reached an agreement to fund biodiversity protection.
Oct. 8, 2025
Summer Heat Trims Andalusian Olive Oil Output
Andalusian olive oil production is forecast to fall 5.5 percent to 1.08 million tons in the 2025/26 crop year, as an exceptionally hot and dry summer offset the benefits of abundant spring rains.
May. 6, 2025
Producers in Spain Cap Strong Harvest with Quality Awards
Spain's olive industry thrived in 2025, producing 1.41 million metric tons and winning 93 awards at the NYIOOC World Olive Oil Competition.
Mar. 17, 2025
As U.S. Firms Back Off Climate Targets, Olive Oil Companies Stay the Course
Olive oil producers and bottlers are continuing efforts to improve their sustainability, even as some of the country’s largest firms distance themselves from climate action.
Jun. 3, 2025
Global Temperatures Expected to Rise 2ºC by 2030
Global temperatures are set to rise 2ºC by 2029 according to a new WMO report, with the increasing frequency of 1.5ºC+ years and the potential for an unprecedented 2ºC year.
Jun. 11, 2025
Study Shows Mineral Clay Applications Boost Olive Oil Production
Mineral clay applications can mitigate the effects of climate change on olive cultivation, increasing yield and improving oil quality.
Jul. 23, 2025
How Declining Solar Activity Could Impact Mediterranean Olive Cultivation
Based on 8,000 years of pollen records, researchers suggest decades of expected declining solar activity could disrupt olive tree photosynthesis.
Jul. 17, 2025
Solar Ban in Italy Pushes Developers Into Olive Oil Production
Italian agri-solar PV projects are thriving despite a ban on utility-scale solar on agricultural land. Companies are finding success in combining renewables with farming.