remote-sensing
Remote sensing is the technology of acquiring information about objects or environments from a distance using specialized sensors and imaging systems, without requiring direct physical contact. In plant science, remote sensing enables researchers to monitor crop health, growth patterns, and environmental stress across large agricultural areas efficiently and non-destructively. This approach is particularly valuable for assessing plant vigor, tracking phenological changes, and mapping vegetation dynamics at scales that would be impractical to achieve through traditional ground-based methods.
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High-resolution distribution map of apple orchards in China based o...
China grows more apples than any other country, and knowing exactly where those orchards are help...
Analyzing the combined drought index using geospatial technology in...
Crops most vulnerable to drought — maize and sorghum — are staple foods for millions of people, a...
Mapping soil salinity across depths using quantile regression fores...
Soil salinity is quietly devastating farmland worldwide — the same process threatening fields in ...
Mapping peak flowering phenology of rapeseed (Brassica napus) in No...
Canola fields turning bright yellow in midsummer are one of the most dramatic agricultural specta...
Improving Nitrogen Use Efficiency in Wheat: Integrating Agronomic, ...
Every loaf of bread you bake carries a hidden environmental cost: the nitrogen fertilizer used to...
Response of vegetation phenology to hydrothermal variables on the Q...
Shifting growing seasons on the Tibetan Plateau ripple downstream into the water and carbon cycle...
Extracting cropping patterns from remotely sensed images in a mixed...
Every rice bowl, stir-fry vegetable, and cup of tea sourced from southern China comes from farmla...
