GreenEdge-P multispectral camera for precision agriculture/environmental monitoring

GreenEdge P multispectral camera for precision agriculture and environmental monitoring

precision agriculture

GreenEdge PMainly to assistSmart AgricultureFarmers decide on optimal harvest times to maximize their yield and crop value. With the increase of labor costs and the rising prices of high-quality crops, intelligent harvesting is the core competitiveness of modern agriculture,MicasenseHope to provide assistance for it.

In addition to optimizing popular plant indices,GreenEdge PUsers are also allowed to use specialized indices to characterize plant stress and aging.

In short: Optimize precision agriculture both indoors and outdoors, especially harvest management.

environmental monitoring

GreenEdge PIt is a valuable tool for forestry, marine, and other environmental monitoring projects, especially when combined withREPandREP BlueWhen pairing the blue camera.

Users can better evaluate the subjects' ability to absorb carbon dioxide, identify tree species, wilt disease, drought, and harmful algal blooms.GreenEdge PCan describe harsh environments,NothingOn the challenges of inspecting enclosed canopies, submerged vegetation, sand, and soil glare.

研究

RedEdge PThe series provides an alternative to hyperspectral cameras for repeated experiments. Hyperspectral has good spectral resolution and a suitable range for primary research. However,RedEdge PThe series also offers other advantages that can provide better results during the development and commercialization phases. By using three different configurations of ten spectral dual cameras, users can better estimate crop yields and develop monitoring systems for diseases and weedsIDApplication.

useGreenEdge PConduct intelligent harvesting

The traditional farm analysis method usesvisionSensation, taste, or odor are used to determine the optimal harvest time, but in larger farms, the onset and development of aging are different compared to light, soil, and many other variables.

During the busiest time of the year for agronomists and drone service providers, when farmers seek help to determine harvest strategies, multispectral drone inspections are very valuable.

GreenEdge P

Although traditionalNDVIIt is a standard for checking the health and vitality of vegetation, but for precision agriculture, it is not an excellent index for observing small and rapid changes in stress, especially during harvest time, when the results often become saturated and lose value.

MicaSense RedEdge PCan be considered ascharacterizationNDVIIt is an industry standard, but it has a very wide range of applications in agriculture and other industries, and there is still room for optimization in this industry.

GreenEdge PIt is an improvementREPIts spectral bands are becoming increasingly commonly used as proven useful indices in the field of precision agriculture.GreenEdge PBeing able to quantify chlorophyll content as well as carotenoid and flavonoid content is an important indicator of crop maturity.

environmental monitoring

MicaSense RedEdgecameraHighly respected in environmental research, users work in forests, deserts, and even Antarctica. These environments have indeed proposedGreenEdgePChallenges that can be addressed,ItAdded alternative bands to avoid image saturation and improve sensitivity in harsh environments.

Forests and jungles

A closed canopy and very dense vegetation can cause NDVI saturation, reduce dynamic range, and render readings invalid. The NDVI and GNDVI metrics optimized by GreenEdge P avoid these issues.

Combined with blue cameras, indicators such as MTCI and PRI provide valuable insights into carbon sequestration issues. TVI is a commonly used indicator in forestry to assess forest health, detect areas affected by pests and diseases, or monitor recovery after disturbances such as fires or logging.

The 505nm band and aging indicators of GreenEdge P have important value for forestry management, such as timely harvesting and treatment methods to alleviate the pressure during the aging process.

The yellow light band of GreenEdge P can be used in different seasonsIdentify invasive weeds and other general characteristics. It can also helpClassify individual tree species and crop types by season.

Desert and tundra

Usage standardNDVISand and soil can simulate the spectral characteristics of sparse vegetation, leading to overestimation. Snow and roads can also confuse readings.

MTCIandPRIIt can effectively overcome these limitations. （MSAVIandEVIis usingREPEffective alternatives to cameras

Marine research

2017Year, whenRedEdge P DualWhen the dual camera was released, it proved to be popular in ocean research by selecting an ocean blue spectrum to determine the vegetation beneath the water surface.GreenEdge PProvided a third band for marine researchers to compare with the blue and blue wave bands of the ocean, and helped classify aquatic vegetation.

Blue carbon sequestration

Seaweed beds and other marine vegetation absorb carbon dioxide from the air during their growth process and combine it into biomass. Evaluating the degree to which the environment isolates carbon dioxide can help estimate global warming.The most common is that blue carbon refers to tidal marshes, mangroves, and seagrass meadows. Swamp and shallow waters are ideal applications for the MicaSense Dual dual camera series, and the Green Edge P has added options for recognition,Quantification and monitoringSpecies.

GreenEdge-P multispectral camera for precision agriculture/environmental monitoring

GreenEdge-P multispectral camera for precision agriculture/environmental monitoring