Controlled-environment plant science research is vital for understanding how plants develop and live under specific conditions. Plant growth chambers play a central role, providing the equipment needed to precisely control environmental factors like temperature, light, humidity, and CO2 to isolate and study their effects and answer research questions.
Most plant research is conducted within standardized temperature ranges—typically between 15°C to 30°C—however, some studies require exposure to extreme temperatures to test plant resilience and adaptability. These extreme conditions are crucial for breeding hardier plant varieties and understanding stress responses, both growing priorities in a world dealing with global warming and its subsequent impacts on food production and supply.
Maintaining extreme temperatures in plant growth chambers requires specialized equipment and careful management. Proper planning and implementation are essential to ensure that chambers can sustain the required conditions without incurring damage or compromising research integrity. This Insight entry will provide an overview of these steps and key considerations.
Read more at Conviron.