In the current climate emergency, understanding the adaptive capacity of wild species is not only a scientific challenge, but a global priority. Rising average temperatures and the increased frequency of extreme weather events are disrupting biological cycles, distribution ranges, and interactions between species. At DYCOMETAL, we support the scientific community in developing turnkey solutions that transform theoretical data into observable realities. Because to protect our biodiversity, we must first understand it.
Our DYCOMETAL CETM-25/680Tf thermal testing chamber is designed for extreme temperature ranges from -25°C to +70°C, allowing for the simulation of varying temperature conditions and adjustable light intensity depending on the time of year (from 10% to 100%). Its vertical design allows for positioning plants according to their growth stage, close to the lights in their initial growth phase and gradually moving them further away as they mature. All of this is controlled via a touchscreen and associated software, using environmentally friendly gas compliant with European fluorinated gas (F-Gas) regulations.
