Cold‐water lakes situated in high latitudes and altitudes have pivotal socio‐ecological
importance both globally and locally. However, they are increasingly threatened by multiple …

Lake browning is widespread due to increased supply of dissolved organic carbon under
climate warming and nitrogen deposition. However, multitrophic level responses to lake …

Dissolved organic carbon (DOC) in inland waters (rivers, reservoirs, lakes, and small ponds)
plays a significant role in the global carbon cycle and affects global climate change. In …

Lakes are significant players for the global climate since they sequester terrestrially derived
dissolved organic carbon (DOC), and emit greenhouse gases like CO2 to the atmosphere …

Introduction Accurate models of lake primary production are crucial for understanding
ecosystem function and predicting ecosystem responses to global change. However, current …

Kleiber's 3/4-scaling law for metabolism with mass is one of the most striking regularities in
biological sciences. Kleiber's law has been shown to apply not only to individual organisms …

Benthic primary production varies among lakes from 1 to 2000+ mg C m− 2 d− 1, in part
owing to variations in basin shape. First principles predict an inverse correlation between …

Globally, lakes are warming and browning with ongoing climate change. These changes
significantly impact a lake's biogeochemical properties and all organisms, including …

Aquatic productivity is the most basic trophic level in every aquatic ecosystem. Lake Dringo
is a protected area and one of the highest lakes on the island of Java. Ecosystem balance …

With amplified warming and predicted intensification of the hydrological cycle in the
circumpolar North, the linkages between terrestrial and aquatic environments are changing …