Plant Roots Navigate Temperature's Whims Via Internal 'Thermostat'

Scientists found plant roots have an internal thermostat using ARF proteins and auxin to adapt to changing temperatures, helping crops grow better in a changing climate.

#PlantScience, #RootGrowth, #ClimateResilience, #AgTech, #PlantThermostat

https://newsletter.tf/plant-roots-internal-thermostat-temperature-growth/

Plant roots can now sense and adapt to temperature changes thanks to a newly discovered internal 'thermostat'. This is important for growing crops in unpredictable weather.

#PlantScience, #RootGrowth, #ClimateResilience, #AgTech, #PlantThermostat
https://newsletter.tf/plant-roots-internal-thermostat-temperature-growth/

Plant Roots Use Internal Thermostat to Grow in Changing Temperatures

Scientists found plant roots have an internal thermostat using ARF proteins and auxin to adapt to changing temperatures, helping crops grow better in a changing climate.

NewsletterTF