Modern storms, modern technologies – is AI the future of forest risk management?

Strengthening weaknesses is one of the starting points in any management or developing plan, but what to do when even identifying them is tricky? Such is the problem forest managers often face while trying to predict and prevent storm damages to forests. The current models to predict storm damages suffer from lack of data, and the expected increase of severe storms caused by climate change adds its own spice to the mix.

Costa Rica: First Central American satellite to monitor forest growth

The Central American Association for Aeronautics and Space (ACAE) and the Costa Rican Institute of Technology (TEC) successfully launched the first CubeSat technology satellite to daily monitor carbon fixation, biomass and environmental variables in a beechwood tree plantation in the northern region of Costa Rica.

Daily tree growth is measured with electronic dendrometers. This information is synchronized with a data aggregator that stores the information to be transmitted to the satellite. This includes weather, solar radiation and soil moisture conditions. This then reaches the ground station, mission control, and a data visualization center, which processes the scientific data to make it available to the public.

Proyecto Irazú was supported through sponsoring companies, government contributions and donations received through Kickstarter. TEC students worked hand in hand with scientists from NASA, the Kyushu Institute of TechnologyDelft University of Technology and Ad Astra Rocket.

Read the full article here.