Nutrients and warming alter mountain lake benthic algal structure and function
… P and warmer temperatures suggest nutrients and warming … nutrient availability stimulates
Chlorophyta in benthic algal assemblages and that the increase in chlorophytes may alter …
Chlorophyta in benthic algal assemblages and that the increase in chlorophytes may alter …
Nutrients and warming interact to force mountain lakes into unprecedented ecological states
… benthic and planktonic genera. Together, this change in benthic algae probably reflects
altered nutrient and climatic regimes (as above) that allow chlorophytes to exploit benthic …
altered nutrient and climatic regimes (as above) that allow chlorophytes to exploit benthic …
Algal Community Change in Mountain Lakes of the Alps Reveals Effects of Climate Warming and Shifting Treelines1
W Kuefner, AM Hofmann, J Geist, N Dubois… - Journal of …, 2021 - Wiley Online Library
… lakes with higher nutrient levels are most vulnerable to climate change-driven changes
whereas deep, nutrient-poor lakes … In conclusion, periphytic algae such as benthic diatoms are …
whereas deep, nutrient-poor lakes … In conclusion, periphytic algae such as benthic diatoms are …
Mountain lakes: Eyes on global environmental change
… snowmelt in delivering nutrients and DOC to mountain lakes. … For example, warming
conditions may promote algal … benthic consumers and found that carbon cycling in shallow …
conditions may promote algal … benthic consumers and found that carbon cycling in shallow …
Lake benthic algae: toward an understanding of their ecology
M Cantonati, RL Lowe - Freshwater Science, 2014 - journals.uchicago.edu
… and substratum, and assemblages change with depth from … of excess C fixation under
nutrient limitation or exposure to … of carbonate-rich oligotrophic mountain lakes, but has been …
nutrient limitation or exposure to … of carbonate-rich oligotrophic mountain lakes, but has been …
Algal blooms in the alpine: Investigating the coupled effects of warming and nutrient deposition on mountain lakes
IA Oleksy - 2019 - search.proquest.com
… Lakes on a trajectory of change ..................................................................... 41 3. Nutrients and
warming alter mountain lake benthic structure and function ................ 43 3.1 Introduction ............…
warming alter mountain lake benthic structure and function ................ 43 3.1 Introduction ............…
Warming-induced changes in benthic redox as a potential driver of increasing benthic algal blooms in high-elevation lakes
… nutrients which can be intercepted by the benthic algae before reaching the water column. …
Nutrients and warming alter mountain lake benthic algal structure and function. Freshw. Sci. …
Nutrients and warming alter mountain lake benthic algal structure and function. Freshw. Sci. …
Assessment of climate change and freshwater ecosystems of the Rocky Mountains, USA and Canada
FR Hauer, JS Baron, DH Campbell… - Hydrological …, 1997 - Wiley Online Library
… in historically fishless, high mountain lakes and the introduction of … regime would alter the
flux of water, heat and nutrients and … to boost algal biomass in phosphorus-limited alpine lakes. …
flux of water, heat and nutrients and … to boost algal biomass in phosphorus-limited alpine lakes. …
Cogs in the endless machine: lakes, climate change and nutrient cycles: a review
B Moss - Science of the Total Environment, 2012 - Elsevier
… and polar regions and suggests effects of warming that … uptake of nutrients in spring and
a timing of algal growth that … phosphorus, and increase in benthic moss and fish production, …
a timing of algal growth that … phosphorus, and increase in benthic moss and fish production, …
Limiting nutrients drive mountain stream ecosystem processes along an elevation gradient
… We also investigated how algal accrual rates and algal nutrient … Benthic algae are commonly
the most important primary … Icelandic stream was experimentally warmed from 5.8 to 9.1C…
the most important primary … Icelandic stream was experimentally warmed from 5.8 to 9.1C…