Beach ecological environment factor remote sensing device

Abstract

The invention provides a beach ecological environment factor remote sensing device comprising a solar cell panel, a luminance sensor, a spherical high definition camera, a loop-shaped constantan wire, an air pressure sensor, an air oxygen content sensor, a water vapor flux sensor, a rain gage cup, a pH value sensor, a humidity sensor and a salinity sensor, wherein the luminance sensor, the air pressure sensor, the environment oxygen content sensor, the water vapor flux sensor, the pH value sensor, the humidity sensor, the salinity sensor and a temperature sensor form an environment factor monitoring mechanism; the loop-shaped constantan wire forms a wind speed and wind direction measuring mechanism. The device is simple in structure, low in manufacture cost, complete in data, full in electronization, strong in generality, fast in measuring response, long in service life, easy in data collection, high in system stability and wide in data coverage. The device can be widely applied to agriculture, forestry, fishery, animal husbandry production, beach aquaculture and land farming, beach environment protection, beach resource development and the like.

Description

technical field [0001] The invention relates to environment and meteorological monitoring and data remote sensing, in particular to a remote sensing device for tidal flat ecological environment, which belongs to the technical field of environmental and meteorological monitoring. Background technique [0002] my country's coastal wetlands have a vast territory and rich biological resources. Especially, coastal wetlands are located in the intersecting areas of land and sea, and are affected by various factors such as physics, chemistry, and biology. They are an ecological fringe area with high ecological diversity. Remote monitoring not only has positive significance for protecting coastlines and maintaining ecological functions, but also has economic value and social significance for coastal resource development, animal and plant protection, and salt-tolerant plant research. The tidal flat ecological environment remote monitoring system with sensors as the core has been widely...

AI Technical Summary

Problems solved by technology

The tidal flat ecological environment remote monitoring system with sensors as the core has been widely used in environmental protection, tidal flat development, remote monitoring, and agricultural and forestry production. At present, there are mainly satellite photography methods, radar detection methods, fixed-point sampling methods, and on-site measurement methods. , each concept has its advantages and disadvantages, and its performance has its own advantages and disadvantages. Among the above methods, some have complex structures, are expensive, and are difficult to popularize. For accurate judgment, some mechanical devices exist, such as wind speed and wind direction measurement. Traditional measurement methods use wind rotors and wind vanes. Data measurement is relatively slow, and mechanical devices are prone to aging and failure.

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