Articles & News
Concepts and applications of real-time farmland monitoring systems
Abstract The real-time farmland monitoring system integrates multi-source sensing and Internet of Things (IoT) technologies to realize dynamic collection and precise management of crop growth and environmental data. In this paper, StarView's "Multi [...] ...
Breakthrough! New method for real-time phenology monitoring goes live Breakthrough!
🌱 Chinese research team utilizes ground-based NDVI camera + machine learning to create a high-precision real-time monitoring system for corn climate! 🌱✅ Fusing spectral and textural features to crack the transmission [...]
A new star in the ecological lecture hall -- StarView's "Jingshi Zhiyun dog": unlocking a new dimension of ecological observation!
On February 18, 2025, Beijing Star View Technology Co., Ltd (hereinafter referred to as Star View) was invited to participate in the " [...]
scientific and technological nova
The equipment independently developed by Beijing StarView Technology Co., Ltd. covers a number of series of products, such as multi-functional climate and vegetation index camera, ground monitoring network for vegetation canopy structure parameters, sunlight-induced chlorophyll fluorescence spectrometer, and soil multi-parameter wireless sensing network.
These equipments play an important role in the fields of terrestrial ecology, agroforestry science and dual-carbon goals. Through close integration with remote sensing satellite technology, we have realized large-scale, long time-series, all-weather, fully automated monitoring of vegetation growth, biodiversity and environmental elements, providing strong data support for scientific research.
XST-PhotoNet-FVC
Vegetation Cover Meter
Based on the automatic vegetation extraction algorithm for natural lighting conditions (MSI-Kmeans), through the training of a large amount of data and the number of features, to realize the accurate classification of the vegetation in the image with the background (soil or sky), non-vegetation, and the shadow of vegetation in a variety of lighting conditions, and to calculate the degree of vegetation coverage (the degree of coverage obtained from the upward observation of the forest, often also known as the degree of lushness). ......
XST-VINet
Fully automated vegetation index meter
It consists of several sub-nodes and aggregation nodes with 6 spectral absorption channels on the upper and lower sides, and is a networked monitoring instrument for vegetation index based on IoT architecture. It is capable of automatic monitoring by multi-node wireless networking, obtaining long time series of vegetation index, and uploading the aggregated data to the server in a unified way. ......
XST-PhotoNet-NDVI
Spectral Climate Monitoring System
The self-developed spectral climate monitoring system is based on accurate multi-spectral imaging technology and built-in multiple climate and vegetation index algorithms, realizing online automated monitoring of plant climate. It provides professional solutions for agricultural, forestry and grassland plant growth monitoring, ecological environment research, remote sensing ground verification and other fields of scientific research work. ......
StarView Sponsors the 1st China Symposium on Remote Sensing of Ecosystems in Shenzhen
Remote sensing of ecosystems takes ecosystems as its objects and monitors and assesses ecosystem types and patterns, ecosystem functions and ecosystem services. New-generation satellites and sensors provide a new data source for ecosystem remote sensing, and the "ecological cloud" provides an opportunity for all people to participate in ecosystem monitoring and supervision, as well as technical support for the assessment of the ecological effects of major projects.
XST sponsored the first China Ecological System Remote Sensing Academic Symposium in Shenzhen, aiming to assist the new generation of satellites and sensors in providing more powerful data sources for ecological system remote sensing, as well as providing technical support for ecological effect. sensors in providing more powerful data sources for ecological system remote sensing, as well as providing technical support for ecological effect assessment of major projects. assessment of major projects.
Shenzhen Symposium on Ecological Remote Sensing
The purpose of the Specialized Committee on Ecological Remote Sensing of the Ecological Society of China is to bring together scientists in the fields of ecology and remote sensing, to promote the organic integration of ecology and remote sensing, and to pioneer and lead the development of remote sensing of ecosystems. The Specialized Committee was established inShenzhen subprovincial city in Guangdong, special economic zone close Hong Kongconvene (a conference or meeting)The First Chinese Symposium on Remote Sensing of EcosystemsIn addition, it builds an academic exchange platform for exploring the theories, methods and applications of remote sensing of ecosystems, and promotes the innovation and discipline construction of remote sensing of ecosystems.
The purpose of the Ecological Remote Sensing Professional Committee of the Chinese Society of Ecology is to bring together scientists in the fields of ecology and remote sensing, promote the organic integration of ecology and remote sensing, and explore and lead the development of ecosystem remote sensing. The purpose of the Ecological Remote Sensing Professional Committee of the Chinese Society of Ecology is to bring together scientists in the fields of ecology and remote sensing, promote the organic integration of ecology and remote sensing, and explore and lead the development of ecosystem remote sensing. The Special Committee held the first China Ecological System Remote Sensing Academic Symposium in Shenzhen, providing an academic exchange platform to explore the theory, methods, and methods of remote sensing. The Special Committee held the first China Ecological System Remote Sensing Academic Symposium in Shenzhen, providing an academic exchange platform to explore the theory, methods, and applications of ecological system remote sensing, and promoting innovation and disciplinary The Special Committee held the first China Ecological System Remote Sensing Academic Symposium in Shenzhen, providing an academic exchange platform to explore the theory, methods, and applications of ecological system remote sensing, and promoting innovation and disciplinary construction in ecological system remote sensing.
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