FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2743271486> ?p ?o ?g. }

• W2743271486 endingPage "327" @default.
• W2743271486 startingPage "310" @default.
• W2743271486 abstract "Groundwater levels in many aquifers are declining due to anthropogenic activities such as increased high-capacity pumping for agriculture or climate-related decreases in natural recharge rates or a combination of factors. At the same time, lake surface temperatures are on the rise in response to a warming climate. As a first step toward evaluating the impacts of declining groundwater levels and warming lake surface temperatures on coupled biophysical processes in lakes, we evaluate the role played by groundwater in circulation and thermal structure within Gull Lake, a deep, dimictic, inland lake in Michigan, USA. A three-dimensional, unstructured grid hydrodynamic model was developed to investigate physical processes in the lake during the summer stratified period. We used high-resolution Acoustic Doppler Current Profiler observations of currents and lake levels as well as temperature data from thermistor chains to test the numerical models. The quality of meteorological forcing fields reconstructed using data from a network of weather stations surrounding the lake were assessed using outputs from a mesoscale numerical weather forecasting model, Weather Research and Forecasting (WRF) and vice versa. Model descriptions of internal heating due to the penetration of shortwave radiation as well as turbulent mixing within the water column were improved using in situ observations. Our results indicate that meteorological forcing fields, carefully reconstructed using WRF model outputs, can provide results comparable to those obtained from a network of weather station data, an important conclusion for modeling lakes in remote parts of the world. The observed low hypolimnetic temperatures could only be explained by taking the groundwater contribution into account and water column temperatures will increase by 8 °C or more on average if the groundwater contribution is absent. These results have implications for a number of key biophysical processes that control the structure and function of lake ecosystems including the growth rates of algae, dissolved inorganic nitrogen levels in the lake as well as the depletion of oxygen in deeper layers." @default.
• W2743271486 created "2017-08-17" @default.
• W2743271486 creator A5001968759 @default.
• W2743271486 creator A5037808465 @default.
• W2743271486 creator A5066007132 @default.
• W2743271486 date "2017-10-01" @default.
• W2743271486 modified "2023-10-10" @default.
• W2743271486 title "Evaluating the role of groundwater in circulation and thermal structure within a deep inland lake" @default.
• W2743271486 cites W1488881958 @default.
• W2743271486 cites W1541895385 @default.
• W2743271486 cites W1552266070 @default.
• W2743271486 cites W1641828007 @default.
• W2743271486 cites W1807416663 @default.
• W2743271486 cites W1966981265 @default.
• W2743271486 cites W1968572442 @default.
• W2743271486 cites W1981214773 @default.
• W2743271486 cites W1983839593 @default.
• W2743271486 cites W1988437960 @default.
• W2743271486 cites W1992417117 @default.
• W2743271486 cites W1994292697 @default.
• W2743271486 cites W1995871939 @default.
• W2743271486 cites W2009364587 @default.
• W2743271486 cites W2013080110 @default.
• W2743271486 cites W2018679981 @default.
• W2743271486 cites W2023899643 @default.
• W2743271486 cites W2024309416 @default.
• W2743271486 cites W2025253577 @default.
• W2743271486 cites W2026119697 @default.
• W2743271486 cites W2029443490 @default.
• W2743271486 cites W2037680411 @default.
• W2743271486 cites W2037747202 @default.
• W2743271486 cites W2038539745 @default.
• W2743271486 cites W2038742869 @default.
• W2743271486 cites W2040486994 @default.
• W2743271486 cites W2045554807 @default.
• W2743271486 cites W2048513281 @default.
• W2743271486 cites W2060022637 @default.
• W2743271486 cites W2064957300 @default.
• W2743271486 cites W2065616281 @default.
• W2743271486 cites W2066259711 @default.
• W2743271486 cites W2069889968 @default.
• W2743271486 cites W2073897467 @default.
• W2743271486 cites W2078870438 @default.
• W2743271486 cites W2083778668 @default.
• W2743271486 cites W2087743405 @default.
• W2743271486 cites W2089970046 @default.
• W2743271486 cites W2091885975 @default.
• W2743271486 cites W2095018528 @default.
• W2743271486 cites W2095679033 @default.
• W2743271486 cites W2100420917 @default.
• W2743271486 cites W2101964470 @default.
• W2743271486 cites W2102610723 @default.
• W2743271486 cites W2103816446 @default.
• W2743271486 cites W2104345346 @default.
• W2743271486 cites W2104530297 @default.
• W2743271486 cites W2105357967 @default.
• W2743271486 cites W2109004126 @default.
• W2743271486 cites W2117603966 @default.
• W2743271486 cites W2119672899 @default.
• W2743271486 cites W2122762379 @default.
• W2743271486 cites W2124339117 @default.
• W2743271486 cites W2126574727 @default.
• W2743271486 cites W2132557353 @default.
• W2743271486 cites W2140397991 @default.
• W2743271486 cites W2146174025 @default.
• W2743271486 cites W2146868260 @default.
• W2743271486 cites W2146904562 @default.
• W2743271486 cites W2158627225 @default.
• W2743271486 cites W2161082169 @default.
• W2743271486 cites W2161829879 @default.
• W2743271486 cites W2166981921 @default.
• W2743271486 cites W2168795429 @default.
• W2743271486 cites W2173725642 @default.
• W2743271486 cites W2281274636 @default.
• W2743271486 cites W2312858038 @default.
• W2743271486 cites W2315264731 @default.
• W2743271486 cites W2515518038 @default.
• W2743271486 cites W2546220674 @default.
• W2743271486 cites W2550910366 @default.
• W2743271486 cites W2553209587 @default.
• W2743271486 cites W2555930274 @default.
• W2743271486 cites W4213072761 @default.
• W2743271486 cites W4236929100 @default.
• W2743271486 doi "https://doi.org/10.1016/j.advwatres.2017.08.002" @default.
• W2743271486 hasPublicationYear "2017" @default.
• W2743271486 type Work @default.
• W2743271486 sameAs 2743271486 @default.
• W2743271486 citedByCount "14" @default.
• W2743271486 countsByYear W27432714862017 @default.
• W2743271486 countsByYear W27432714862018 @default.
• W2743271486 countsByYear W27432714862020 @default.
• W2743271486 countsByYear W27432714862021 @default.
• W2743271486 countsByYear W27432714862022 @default.
• W2743271486 crossrefType "journal-article" @default.
• W2743271486 hasAuthorship W2743271486A5001968759 @default.
• W2743271486 hasAuthorship W2743271486A5037808465 @default.
• W2743271486 hasAuthorship W2743271486A5066007132 @default.
• W2743271486 hasConcept C111368507 @default.

• next