Addressing the sustainability challenges facing humanity in the Anthropocene requires the
coupling of human and natural systems, rather than their separate treatment. To understand …

Landscape perspectives in riverine ecology have been undertaken increasingly in the last
30 years, leading aquatic ecologists to develop a diverse set of approaches for …

A coupled socioeconomic-energy system has not been linked to the carbon emission
trajectory of a country to uncover its role in peaking emissions. Targeting typical developed …

Rural abandonment is a significant process in the Mediterranean region, posing
sustainability challenges for rural and urban areas. Although there is an increase in studies …

Urban periphery watersheds play a crucial role in providing diverse ecosystem services,
especially hydrological services (HES), for society at different temporal and spatial scales; …

Dry rivers are a type of non-perennial river characterized by extreme dry conditions and
dominance of terrestrial habitats. They are present in all continents, being especially …

Despite growing interest in conservation and re‐establishment of ecological connectivity,
few studies have explored its context‐specific social–ecological outcomes. We aimed to …

In watersheds, which function as social–ecological systems (SESs), hydrological ecosystem
services (HESs) are crucial flows connecting natural and social components. The internal …

Dry rivers are non-perennial rivers with no surface water in their channels except after heavy
rainfall or snowmelt. The lack of water flow is often associated with a low provision of …

Social-ecological systems (SES) offer a comprehensive scientific framework for
comprehending the intricate processes and interactions between natural and human …