An increase in the frequency and severity of forest insect pest and disease (FIPD) outbreaks
has drastically affected the health and functioning of many forest stands worldwide. This has …

Urbanization, deforestation, and forest degradation significantly contribute to atmospheric
carbon emissions and heightened climate change risks. Reforestation, a sustainable long …

The accurate estimation of spatially explicit forest aboveground biomass (AGB) provides an
essential basis for sustainable forest management and carbon sequestration accounting …

Accurately mapping carbon stocks of urban trees is necessary for urban managers to design
strategies to mitigate climate change. However, the aboveground carbon stocks of urban …

The quantification of carbon storage (CS) within urban areas has become increasingly
crucial for achieving global carbon neutrality. This study proposed a new approach to …

Against the background of global warming, urban blue–green spaces (UBGS) are important
carbon sequestration (CS) carriers that can reduce carbon emissions. However, previous …

Accurate estimating of above-ground biomass (AGB) of vegetation in urbanized areas is
essential for urban ecosystem services. NASA's Global Ecosystem Dynamics Investigation …

A dearth of information on urban ecosystem services in the past decades has led to little
consolidation of such information for informed planning, decision-making and policy …

The accurate estimation of carbon stocks in natural and plantation forests is a prerequisite
for the realization of carbon peaking and neutrality. In this study, the potential of optical …

The overall goal of this study is to define an intelligent system for predicting citrus fruit yield
before the harvest period. This system uses a machine learning algorithm trained on …