Climate change will alter freshwater ecosystems but specific effects will vary among regions
and the type of water body. Here, we give an integrative review of the observed and …

Climatic change is recognized as an important factor capable of influencing the structural
properties of aquatic ecosystems. Lake ecosystems are particularly sensitive to climate …

Long‐term lake ice phenological records from around the Northern Hemisphere provide
unique sensitive indicators of climatic variations, even prior to the existence of physical …

Climatic oscillations as reflected in atmospheric modes such as the North Atlantic Oscillation
(NAO) may be seen as a proxy for regulating forces in aquatic and terrestrial ecosystems …

Populations living in seasonal environments are exposed to systematic changes in physical
conditions that restrict the growth and reproduction of many species to only a short time …

Different components of the climate system have been shown to affect temporal dynamics in
natural plankton communities on scales varying from days to years. The seasonal dynamics …

A prominent response of temperate aquatic ecosystems to climate warming is changes in
phenology–advancements or delays in annually reoccurring events in an organism's life …

In this article, we show by mesocosm experiments that winter and spring warming will lead
to substantial changes in the spring bloom of phytoplankton. The timing of the spring bloom …

Climate is increasingly recognized as a major factor driving long‐term changes in plankton
communities in both marine and limnetic ecosystems. In a shallow and polymictic lake …

We combine the temperature and phytoplankton data from one of the longest aquatic data
sets in history, the Helgoland Roads (North Sea, 54° 11.3'N, 7° 54.0'E) timeseries to …