Methane (CH4) from aquatic ecosystems contributes to about half of total global CH4
emissions to the atmosphere. Until recently, aquatic biogenic CH4 production was …

Non‐indigenous species (NIS) and hypoxia (< 2 mg O2 l− 1) can disturb and restructure
aquatic communities. Both are heavily influenced by human activities and are intensifying …

The physical response of lakes to climate warming is regionally variable and highly
dependent on individual lake characteristics, making generalizations about their …

Predicting trends in water quality plays an essential role in the field of environmental
modeling. Though artificial neural networks (ANN) have been involved in predicting water …

Small lakes are understudied compared to medium-and large-sized lakes, but have recently
received increased attention due to their abundance and importance for global scale …

Macrophytes play an important role in the functioning and structuring of aquatic
environments but rapid mass development of invasive macrophytes is causing global …

Exotic hydrophytes are often considered as aquatic weeds, especially when forming dense
mats on an originally poorly colonized environment. While management efforts and research …

Net ecosystem production (NEP) by submerged aquatic vegetation plays a substantial role
in capturing atmospheric carbon dioxide into aquatic ecosystems. In lakes and estuaries, the …

Aquatic models used for both freshwater and marine systems frequently need to account for
submerged aquatic vegetation (SAV) due to its influence on flow and water quality. Despite …

Despite being recognized as a key component of shallow-water ecosystems, submerged
aquatic vegetation (SAV) remains difficult to monitor over large spatial scales. Because of …