Peatland degradation causes a number of environmental problems ranging from
greenhouse gas (GHG) emissions to subsidence and ecosystem loss. Degraded peatlands …

Elucidating the relationships between production-living-ecological space (PLES) and
ecological environments can help identify new strategies to promote sustainable …

Amyotrophic lateral sclerosis (ALS) displays considerable clinical and genetic
heterogeneity. Machine learning approaches have previously been utilised for patient …

Peatland surface motion derived from satellite-based Interferometry of Synthetic Aperture
Radar (InSAR) is potentially a proxy for groundwater level variations and greenhouse gas …

With their net carbon accumulation determined by the balance between gross ecosystem
productivity (GEP) and carbon losses (from processes such as oxidation and …

Accurate mapping for effective management of peat soils is necessary to help reduce GHG
emissions and improve environmental quality. However, mapping remains a major …

Peatlands, constituting over half of terrestrial wetland ecosystems across the globe, hold
critical ecological significance and are large stores of carbon (C). Irish oceanic raised bogs …

Accurately estimating gross primary productivity (GPP) is essential for understanding and
managing carbon dynamics within an ecosystem. This study investigates the potential of …

The study of urban land use efficiency is of great significance for optimizing the spatial
allocation of urban land, thereby promoting the intensive use of urban land and the …

Peatlands have degraded worldwide significantly because of human influence and global
warming. The degradation and drying of peatlands have increased the need to monitor the …