River networks represent the largest biogeochemical nexus between the continents, ocean
and atmosphere. Our current understanding of the role of rivers in the global carbon cycle …

Carbon storage by the ocean and by the land is usually quantified separately, and does not
fully take into account the land-to-ocean transport of carbon through inland waters …

Chapter 2, building on prior assessments1, provides a global assessment of the observed
impacts and projected risks of climate change to terrestrial and freshwater ecosystems …

Chapter 2, building on prior assessments, provides a global assessment of the observed
impacts and projected risks of climate change to terrestrial and freshwater ecosystems …

In this Perspective, we put forward an integrative framework to improve estimates of land-
atmosphere carbon exchange based on the accumulation of carbon in the landscape as …

Burial in sediments removes organic carbon (OC) from the short-term biosphere-atmosphere
carbon (C) cycle, and therefore prevents greenhouse gas production in natural systems …

Mountain lakes are often situated in protected natural areas, a feature that leads to their role
as sentinels of global environmental change. Despite variations in latitude, mountain lakes …

Limnology, and in particular the study of the aquatic carbon cycle initially focused on lakes
as isolated ecosystems. Later on, investigations followed of lakes as recipients. Current …

A large part of the world's inland waters, including streams, rivers, ponds, lakes and
reservoirs is subject to occasional, recurrent or even permanent drying. Moreover, the …

Lakes have a disproportionate effect on the global carbon (C) cycle relative to their area,
mediating C transfer from land to atmosphere, and burying organic-C in their sediments. The …