Multi-scale automatic field plant growth rhythm observation system

Abstract

The invention discloses a multi-scale automatic field plant growth rhythm observation system. The multi-scale automatic field plant growth rhythm observation system comprises a field multi-scale growth rhythm observation module, a data acquisition and remote wireless transmission module, a filed solar power supply and supporting accessory, and a data receiving terminal; the field multi-scale growth rhythm observation module comprises five different sub-modules, namely, a forest sub-module, a grassland sub-module, a desert sub-module, a wetland sub-module and a farmland sub-module; the data acquisition and remote wireless transmission module comprises a plurality of CR6 data acquisition devices which contain image storage SD cards, a plurality of 3G/4G wireless transmission modules and a plurality of network adapters; the filed solar power supply and supporting accessory comprises a solar panel, a storage battery and a field supporting accessory; the data receiving terminal is a computer group which can surf the Internet. The multi-scale automatic field plant growth rhythm observation system can realize rapid, accurate and real-time systematic acquisition, transmission and storage of plant growth rhythm multi-source information at a plurality of stations; the efficiency and the automation level are improved; requirements on research of ecology and agricultural science are met better.

Description

technical field [0001] The present invention relates to a multi-scale plant growth rhythm field automatic observation system, in particular to a multi-scale plant growth rhythm field automatic observation system for typical ecosystems (forests, grasslands, deserts, wetlands, farmlands), belonging to ecology or agronomy and other plant field monitoring research technologies, especially related to the research fields of ecosystem monitoring, plant growth and development, and global change. Background technique [0002] The observation of plant growth rhythm is not only conducive to understanding the growth law and physiological changes of plants, but also can be used to study the response and adaptation of plants to the external environment. Practical significance. At present, the observation of plant growth rhythms in various ecosystems is still manual observation, which is highly dependent on personnel and is observed once a year or many years. The observation frequency is ...

AI Technical Summary

Problems solved by technology

At present, although there are individual cases at home and abroad that use digital cameras to automatically observe individual plant phenology, there is no synchronous networked automatic observation of multiple growth rhythm parameters at different levels and scales of plant communities.

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