Human activities and climate change constitute the contemporary catalyst for natural
processes and their impacts, ie, geo-environmental hazards. Globally, natural catastrophic …

This paper reviews the current status and development of remote sensing methods for
monitoring rangeland condition. Remote sensing offers ideal solutions for assessing …

Modeling and mapping of soil properties are critical in many environmental, climatic,
ecological and hydrological applications. Digital soil mapping (DSM) techniques are now …

Abstract The Land Degradation-Neutrality (LDN) framework of the United Nations
Convention to Combat Desertification (UNCCD) is underpinned by three complementary …

Wind erosion and blowing dust threaten food security, human health and ecosystem
services across global drylands. Monitoring wind erosion is needed to inform management …

Wind energy produced in near and offshore farms is constantly increasing, mainly thanks to
the use of new technologies and the economic costs decrease. Data coming from satellites …

A lack of long-term soil wind erosion data impedes sustainable land management in
developing regions, especially in Central Asia (CA). Compared with large-scale field …

Establishing mineral dust impacts on Earth's systems requires numerical models of the dust
cycle. Differences between dust optical depth (DOD) measurements and modelling the cycle …

Designing predictive models of global solar radiation can be an effective renewable energy
feasibility studies approach to resolve future problems associated with the supply, reliability …

The leaf, which is a crucial indicator for evaluating crop status, plays an important role in
plants' functions. Determining and monitoring leaf parameters can facilitate the detection …