The combination of the advent of low-cost high-resolution remote sensing and reports of different malaria transmission risks based on different surface water quality, size and land cover led us to carry out the current study.
Surveys and censuses are also valuable sources of land use data, since unlike remote sensing, they explicitly report land use and land use management rather than land cover.
Based on information from satellites and other remote sensing systems, and reports on his movements since his last known location, the students created a probabilistic model of where he was likely to be.
The importance of temporal changes has also made remote sensing a source for validating reported facts.
This was done by collecting and processing information and data from statistical yearbooks, environmental bulletins, remote sensing findings, relevant research reports and other sources.
Based on field observations, remote sensing, and modeling, recent studies have reported inconsistent changes in soil organic carbon (SOC) stocks in grasslands of the Tibetan Plateau over the past few decades.
For example, in Japan's 2011 Tohoku Earthquake and Tsunami, remote sensing systems and social media reports were leveraged by the analysis and depiction afforded through geospatial technologies, which in turn were nested in wider ICT through the Internet.
Equipped with remote sensing gear, they could be used to report on everything from deforestation and pollution to urbanisation.
In this section, we report key observations (seismology, satellite remote sensing and ground surveys) and explanatory models for intrusive and eruptive processes involved in the 2011 eruption.
Now that more and diverse types of remote sensing data become available, various methods are designed and reported for building damage assessment.
However, very few research article reported using such relatively high spatiotemporal remote sensing data to construct a time-series dataset, and no processing software/tool is available for that purpose.
