Water-level changes result from a variety of geological, biological, and/or climatic processes. Many of these changes occur over long periods; others may be rapid or result from catastrophic events. In aquatic environments, diatoms are highly sensitive indicator organisms and their microfossils, deposited in lake sediments, can be used to infer environmental changes (Smol, 2008). Unambiguous diatom signals can be reconstructed from lakes isolated from marine or brackish waters (e.g. Fritz et al., this volume; Horton & Sawai, this volume). However, in freshwater systems lake-level changes are often recorded as increases in planktonic (free-floating) diatoms – although as discussed below, interpretation of this signal should be supported by a...
Vermont lakes are changing rapidly in response to interacting climate and watershed disturbances. Un...
In order to protect or improve surface waters ecosystem response to pressures needs to be quantified...
An examination of primary production in lakes shows regular trends during the Late Glacial and the H...
Sedimentary diatom profiles from saline lakes are frequently used to reconstruct lakewater salinity ...
Biostratigraphic diatom analyses were carried out on a short sediment core from the large shallow-wa...
The lake-water pH of the Round Loch of Glenhead has risen by approximately 0.2 pH units over the las...
LimnologyA study was done of a channel off of Burt Lake to study the impacts of the herbicides being...
[[sponsorship]]植物暨微生物學研究所,生物多樣性研究中心[[note]]已出版;有審查制度;具代表性[[note]]http://gateway.isiknowledge.com/gat...
Intensive agricultural practices can dramatically change the landscape, thereby increasing the conce...
Although diatom records from lake sediments have been used for quantitative paleoclimatic reconstruc...
The relationship between diatoms and water quality variables was examined in Riding Mountain Nationa...
We investigated modern-littoral and subfossil sediment-core diatoms in the shallow (max depth 6.4 m)...
Climate change is affecting lake systems throughout the world, including Lake Superior, the world’s ...
Ecosystem managers have often considered the nuisance diatom species, Didymosphenia gemi¬nata (didym...
An understanding of the modern relationship between diatom species and elevation is a prerequisite f...
Vermont lakes are changing rapidly in response to interacting climate and watershed disturbances. Un...
In order to protect or improve surface waters ecosystem response to pressures needs to be quantified...
An examination of primary production in lakes shows regular trends during the Late Glacial and the H...
Sedimentary diatom profiles from saline lakes are frequently used to reconstruct lakewater salinity ...
Biostratigraphic diatom analyses were carried out on a short sediment core from the large shallow-wa...
The lake-water pH of the Round Loch of Glenhead has risen by approximately 0.2 pH units over the las...
LimnologyA study was done of a channel off of Burt Lake to study the impacts of the herbicides being...
[[sponsorship]]植物暨微生物學研究所,生物多樣性研究中心[[note]]已出版;有審查制度;具代表性[[note]]http://gateway.isiknowledge.com/gat...
Intensive agricultural practices can dramatically change the landscape, thereby increasing the conce...
Although diatom records from lake sediments have been used for quantitative paleoclimatic reconstruc...
The relationship between diatoms and water quality variables was examined in Riding Mountain Nationa...
We investigated modern-littoral and subfossil sediment-core diatoms in the shallow (max depth 6.4 m)...
Climate change is affecting lake systems throughout the world, including Lake Superior, the world’s ...
Ecosystem managers have often considered the nuisance diatom species, Didymosphenia gemi¬nata (didym...
An understanding of the modern relationship between diatom species and elevation is a prerequisite f...
Vermont lakes are changing rapidly in response to interacting climate and watershed disturbances. Un...
In order to protect or improve surface waters ecosystem response to pressures needs to be quantified...
An examination of primary production in lakes shows regular trends during the Late Glacial and the H...