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--- fr:manuel_reference:modeles_stat:references [2022/09/12 11:19] – créée qroyer
+++ fr:manuel_reference:modeles_stat:references [2022/09/12 11:20] – qroyer
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 //Kim H.J., Kim J.H., Ji U., Jung S.H. (2020) Effect of Probability Distribution-Based Physical Habitat Suitability Index on Environmental-Flow Estimation. KSCE Journal of Civil Engineering, 24: 2393-2402.//
+//Rosenfeld J.S., Campbell K., Leung E.S., Bernhardt J., Post J. (2011) Habitat effects on depth and velocity frequency distributions: Implications for modeling hydraulic variation and fish habitat suitability in streams. Geomorphology 130: 127–135.//
+//Saraeva K., Hardy T.B. (2009) Prediction of fisheries physical habitat values based on hydrualic geometry and frequency distributions of depth and velocity. International Journal of River Basin Management 7: 31-41.//
+//Schweizer S., Borsuk M.E., Jowett I.G., Reichert P. (2007) Predicting joint frequency distributions of depth and velocity for instream habitat assessment. River Research and Applications 23: 287-302.//
+//Wilding T.K., Bledsoe B., Poff N.L., Sanderson J. (2014) Predicting habitat response to flow using generalized habitat models for trout in Rocky Mountain streams. River Research and Applications, 7, 805-824.//
 ===== Généralité des modèles biologiques de sélection des microhabitats =====
+//Becquet J., Lamouroux N., Forcellini F., Cauvy-Fraunié S. (submitted). Modelling macroinvertebrate hydraulic preferences in alpine streams. //
+//'Forcellini M., Plichard L., Dolédec S., Mérigoux S., Olivier J.-M., Cauvy-Fraunié S. and Lamouroux N. (2022). Microhabitat selection by macroinvertebrates: generality among rivers and functional interpretation. Journal of Ecohydraulics. https://doi.org/10.1080/24705357.2020.1858724'//
 ===== Applications des modèles =====