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Author Title Type [ Year(Asc)]
2016
Smyth R.L., Caruso A., M.A. Borre, Zhu G., Hetherington A.L., Jennings E., Klug J.L., Piccolo M.L., Rusak J.A., Weather K.C. et al..  2016.  High-frequency lake data benefits society through broader engagement with citizens, stakeholders, and decision makers: a synthesis of GLEON data use survey and member experiences. . Inland Waters. 6:555-564.
Idrizaj A, Laas A, Anijalg U, Noges P.  2016.  Horizontal differences in ecosystem metabolism of a large shallow lake. Journal of Hydrology. 535
Wolinski L, Modenutti B, Souza MSol, Balseiro E.  2016.  Interactive effects of temperature, ultraviolet radiation and food quality on zooplankton alkaline phosphatase activity. Environmental Pollution. 213:7.
M.A. Borre.  2016.  Lake Suwa’s Shinto Legend and the Oldest Lake Ice Record on Earth: What It Tells Us About Climate Change and Variability. National Geographic Water Currents.
Gonçalves M.A., Garcia F.C., Barroso G.F..  2016.  Morphometry and mixing regime of a tropical lake: Lake Nova (Southeastern Brazil). Anais da Academia Brasileira de Ciências. 88(3):15.
Laas A., de Eyto E., Pierson D., Jennings E..  2016.  NETLAKE guidelines for automated monitoring system development. NETLAKE guidelines for automated monitoring system development.Technical report. NETLAKE COST Action ES1201.. :58pp.
Laas A, de Eyto E, Pierson D, Jennnings E.  2016.  NETLAKE Guidelines for automatic monitoring station development. NETLAKE COST.
Hanson P.C., Weathers K.C., Kratz T.K..  2016.  Networked lake science: how the Global Lake Ecological Observatory Network (GLEON) works to understand, predict, and communicate lake ecosystem response to global change. Inland Waters. 6(4):543-554.
Cremona F, Laas A, Arvola L, Pierson D, Nõges P, Noges T.  2016.  Numerical exploration of the planktonic to benthic primary production ratios in lakes of the Baltic Sea catchment. Ecosystems. :1-15.
Dugan H., Hanson P.C., Weathers K.C..  2016.  Outcomes from the GLEON fellowship program. Training graduate students in data driven network science. AGU Fall Meeting Abstracts.
Brentrup JA, Williamson C.E., Colom-Montero W., Eckert W., de Eyto E., Grossart H.-P., Hout Y., Isles P.D.F., Knoll L.B., Leach T.H. et al..  2016.  The potential of high-frequency profiling to assess vertical and seasonal patterns of phytoplankton dynamics in lakes: an extension of the Plankton Ecology Group (PEG) model. Inland Waters. 6:565-580.
Knoll L.B., Morgan A., Vanni M.J., Leach T.H., Williamson T.J., Brentrup J.A..  2016.  Quantifying pelagic phosphorus regeneration using three methods in lakes of varying productivity. Inland Waters. 6(4)(Gleon Special Issue.):509-522.
Denfeld BA, Kortelainen P, Rantakari M, Sobek S, Weyhenmeyer GA.  2016.  Regional Variability and Drivers of Below Ice CO2 in Boreal and Subarctic Lakes. Ecosystems. 19(3)
Yao H, James A, McConnell C, Turnbull T, Field T, Somers KM.  2016.  Relative contributions of stream concentration, stream discharge and shoreline load to base cation trends in Red Chalk and Harp lakes, south-central Ontario, Canada. Hydrological Processes. 30:857-872.
Yang Y, Pettersson K, Padisák J.  2016.  Repetitive baselines of phytoplankton succession in an unstably stratified temperate lake (Lake Erken, Sweden): a long-term analysis. Hydrobiologia. 764(1):211-227.
de Eyto E, Jennings E., Ryder E., Sparber K., Dillane M., Dalton C., Poole R..  2016.  Response of a humic lake ecosystem to an extreme precipitation event: physical, chemical, and biological implications. Inland waters. 6(4):483-498.
Khua J.K., Arvola A., Hanson P.C., Houtari J., Huttula T., Juntunen J., Jarvinen M., Kallio K, Ketola M., Kuoppamaki K. et al..  2016.  Response of boreal lakes to episodic weather-induced events. Inland Waters. 6:523-534.
Honti M., Istvanovics V., Staehr P.A., Brighenti L.S., Zhu M., Zhu G..  2016.  Robust estimation of lake metabolism by coupling high frequency dissolved oxygen and chlorophyll fluorescence data in a Bayesian framework. Inland Waters. 6
Honti M, Istvánovics V, Staehr PA, Brighenti LS, Zhu M, Zhu G.  2016.  Robust estimation of lake metabolism by coupling high frequency dissolved oxygen and chlorophyll fluorescence data in a Bayesian framework. Inland Waters. 6(4)
Nõges P, Cremona F, Laas A, Martma T, Rõõm E-I, Toming K, Viik M, Vilbaste S, Noges T.  2016.  Role of a productive lake in carbon sequestration within a calcareous catchment.. Science of the Total Environment. 550
Laas A, Cremona F, Meinson P, Room E-I, Noges T, Nõges P.  2016.  Summer depth distribution profiles of dissolved CO2 and O2 in shallow temperate lakes reveal trophic state and lake type specific differences. Science of the Total Environment. :566-567.
Laas A, Cremona F, Meinson P, Room E-I, Nõges T, Nõges P.  2016.  Summer depth distribution profiles of dissolved CO2 and O2 in shallow temperate lakes reveal trophic state and lake type specific differences. Science of the Total Environment. 566-567:63-75.
Read J.S., Gries C., Read E.K., Klug J.L., Hanson P., Hipsey M., Jennings E., O'Reilly C., Winslow L.A., Pierson D. et al..  2016.  A synergistic opportunity for environmental networks: Pairing open data with community-built tools. . Inland Waters. 6:555-564.
2015
Tan Z., Zhuang Q..  2015.  Arctic lakes are continuous methane sources to the atmosphere under warming conditions. Environmental Research Letters. 10
Woolway RI, Jones ID, Hamilton DP, Maberly SC, Muraoka K, Read JS, Smyth RL, Winslow LA.  2015.  Automated calculation of surface energy fluxes with high-frequency lake buoy data. Environmental Modelling & Software. 70:191-198.

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