Glacier surface facies are valuable indicators of changes experienced by a glacial system. The interplay accumulation and ablation facies, followed intermixing with dust debris, as well the local climate, all induce observable mappable on supraglacial terrain. In absence or lag continuous field monitoring, remote sensing observations become vital for maintaining constant supply measurable data....

The airborne hyper-spectral survey system CASI/SASI, which has an integrated for gathering both image spectral data, is at the cutting edge developments in remote-sensing field. It can be used to directly identify surface objects based on diagnostic characteristics. In this paper, CASI/SASI were Huaniushan gold-silver-lead-zinc ore district–Gansu produce a lithologic map, altered minerals, and ...

For optimal management of river floodplains in the Netherlands monitoring of natural vegetation succession and hydrodynamic processes is essential. A key biophysical parameter to monitor floodplains is vegetation biomass. Not only because it influences the hydraulic resistance determining the discharge capacity of the floodplains, but also indicating species diversity and habitat heterogeneity ...

Deep learning is a popular topic in machine and artificial intelligence research has achieved remarkable results various fields. In geological remote sensing, mineral mapping an appealing application of hyperspectral sensing for surveyors. Whether deep can improve the identification ability images, especially discrimination spectrally similar intimately mixed minerals, needs to be evaluated. th...

Powdery mildew is one of the most serious diseases that have a significant impact on the production of winter wheat. As an effective alternative to traditional sampling methods, remote sensing can be a useful tool in disease detection. This study attempted to use multi-temporal moderate resolution satellite-based data of surface reflectances in blue (B), green (G), red (R) and near infrared (NI...