Introduction to Field Microclimate Observatory

Field microclimate refers to a small local area, which is the most important environmental condition affecting crop growth and development and yield formation. By analyzing the distribution and characteristics of microclimate elements in farmland through field microclimate observation stations, we can find out measures to improve the environmental conditions for crop growth (i.e. farmland microclimate conditions), so that these microclimate conditions are favorable for crop growth and development, which is of great importance for improving crop yield and quality.

In traditional agricultural production, farmers can only rely on their own experience and general weather forecasts for planting and field management, and have limited access to information and their own knowledge reserves are not rich enough to meet the needs of modern agricultural production. Today, with the development of modern science and technology, field temperature, relative humidity, soil temperature and soil moisture are collected by field microclimate observatories and other devices, which help agricultural growers to recognize the climate change in the planting environment and make targeted adjustments to agriculture to promote better and healthier growth and development of crops, thereby improving yield and quality.

The field microclimate observatory, also known as a small automatic weather station, is capable of monitoring meteorological elements such as wind direction, wind speed, rainfall, temperature, relative humidity, soil temperature and soil moisture, which can provide data reference for farmers to sow seeds, apply medicine, fertilizer, disease prevention and later field management. In addition, the instrument is also used to conduct theoretical and applied research on farmland microclimate, investigation, analysis and exploitation of agro-climatic resources, agro-meteorological disaster defense, etc., to predict and control the occurrence and growth of pests and diseases, and to evaluate the effects of farmland technology measures, which are also very important.