Forests Phenolic Compounds Instigate Cloud Precipitation

Abstract

BackgroundThe wind shakes trees fluttering their leaves generating heat within. Mechanosensing is a crucial process in regulating trees’ growth and development. Mechanical stresses generate internal and external signals in trees. The aim is to establish the myriad of communication signals between forests, their ecology, wind and the clouds. ResultsAs result of leaves’ flutter trees open their stomata releasing phenolic compounds into the atmosphere. These aerosols linger in the atmosphere till they collide with the incoming clouds, condensing their particles causing precipitation.ConclusionWhile the relationship between deforestation and global warming has already been established by many scientists, the communication between trees, wind and cloud is dynamic, which without the three together earth’s climate will persist towards desolation. Forests endure wind forces, causing their leaves to flutter, which prompt them to release phenolic compounds forming lakes of aerosols above the forests, instigating cloud precipitation.

Cultivation Factors That Affect Amyloid-β Aggregation Inhibitory Activity in Perilla frutescens var. crispa

“…Wind, as an environmental stressor, may promote plant growth and affect secondary metabolites. Wind promotes heat exchange, gas trade, and photosynthesis on plant leaves [38]. It was reported that leaf morphology is altered when plants are exposed to wind, increasing the total phenolics in the leaves [39].…”