Analysis and experimentation on ecosystems

Durrieu S., de Boissieu F., Etchegorry J.PGastell, Vincent G., Lavalley C., Couderc G., Mpili S., Heuschmidt F., Costeraste J., Feret J.B et al..  2019.  Simulation of {Lidar} signal with {DART} for the development of {LEAF}, a spaceborne {Lidar} mission for forest ecosystem monitoring. :21.

Puga-Freitas R, Bagard M, Leitao L, Merlier E, Espinasse C, Repellin A, Bessoule J-J, Le Guédard M, Hansart A, Chollet S et al..  2018.  Responses of crops to ozone exposure: study of physiological parameters.

Boissieu F.d, Lang M., Féret J., Monnet J., Durrieu S..  2019.  Reconstruction of {Airborne} {Laser} {Scanner} {Trajectory} {From} {Data}. {IGARSS} 2019 - 2019 {IEEE} {International} {Geoscience} and {Remote} {Sensing} {Symposium}. :8964–8967.

Dusza Y, Juarez S, Chollet S, Ferrière R, Hansart A, Massol F, Llavata M, Le Galliard J-F, Sánchez-Cañete EPérez, Barron-Gafford G.  2018.  Quantifying the importance of biotic and abiotic drivers in creating lags in soil {CO2} efflux. 20:8461.

Fiorini S, Millot A, Chollet S, Massot F, Le Galliard J-F, Rochelle-Newall E, Lacroix G.  2018.  The {PLANAQUA} platform: a cutting-edge experimental infrastructure for multi-scale studies on aquatic ecosystems. 20:9724.

Fiorini S, Millot A, Chollet S, Massot F, Le Galliard J-F, Rochelle-Newall E, Lacroix G.  2018.  The {PLANAQUA} platform: a cutting-edge experimental infrastructure for multi-scale studies on aquatic ecosystems. 20:9724.

Merlier E, Bagard M, Puga-Freitas R, Boissard C, Leitao L, Repellin A, Hansart A, Chollet S, Staudt M, Leymarie J.  2018.  Physiological and ecological consequences of changes in volatile plant emissions induced by elevated atmospheric {Ozone} and {CO2} concentrations.

Alibert C, Pili E, Barré P, Carrigan C, Sun Y, Yue H, Simon C, Florent M.  2019.  Physical, {Chemical} and {Biological} {Controls} on {Surface}-gas {Fluxes} {Quantified} {With} {High}-resolution {Monitoring} of {Multiple} {Tracers}. Earth and {Space} {Science} {Open} {Archive}.

Mainié F, Huguet A, Breban A, Lacroix G, Anquetil C, Derenne S.  2015.  Origin and applicability of tetraether membrane lipids as temperature proxies in {French} peri-urban lakes. {EGU} {General} {Assembly} {Conference} {Abstracts}. 17

Dontsova K., Juarez S, Villasenor E., Le Galliard J.-F., Chollet S, Llavata M, Massol F, Hunt E., Barré P, Daval D. et al..  2019.  Influence of {Climate} on {Plant}-{Rock} {Interactions} during {Early} {Soil} {Development}.

Alibert C, Pili E, Barré P, Massol F.  2018.  Influence of biogeochemical reactions on inert gas fluxes between soil and the atmosphere. 20:2177.

Harrault L, Allard B, Mériguet J, Carmignac D, Perret S, Huon S, Edeline E, Lacroix G.  2013.  Influence of allochtonous carbon input and food-web structure on freshwater biotic communities and sedimentation process. {EGU} {General} {Assembly} {Conference} {Abstracts}. 15

Doubek J.P, Chapina R.J, Fiorini S., Goldfarb S.K, Lacroix G., Wander H.L, Stockwell J.D.  2020.  Impacts of food web structure and oxygen concentrations on zooplankton diel vertical and horizontal migration.

Yang X., Liao M., Zhang L., Tebaldini S..  2019.  Forest {Height} {Retrieval} in {Tropical} {Areas} {Using} {P}-{Band} {Multibaseline} {SAR} {Data}. 2019 6th {Asia}-{Pacific} {Conference} on {Synthetic} {Aperture} {Radar} ({APSAR}). :1–5.

Sauze J, Roy J, Piel C, Landais D, Gritti ES, Ravel O, Lemoine H, Faez A, Devidal S, Milcu A.  2020.  The {European} {Ecotron} of {Montpellier}: experimental platforms to study ecosystem response to climate change. 22:8650.

Humbert J-F, Soudani K, Hmimina G, Audebert L, Buttigieg S, Chatellier P, Chollet S, Decencière B, Derkx F, Freissinet C et al..  2018.  Development of a low cost optical sensor and of a drone system for the monitoring of cyanobacteria in freshwater ecosystems. 18th {International} {Conference} on {Harmful} {Algae} ({ICHA} 2018).

Humbert J-F, Soudani K, Hmimina G, Audebert L, Buttigieg S, Chatellier P, Chollet S, Decencière B, Derkx F, Freissinet C et al..  2018.  Development of a low cost optical sensor and of a drone system for the monitoring of cyanobacteria in freshwater ecosystems. 18th {International} {Conference} on {Harmful} {Algae} ({ICHA} 2018).

Vinçon-Leite B, Hong Y, Khac VTran, Plec D, Li C, Dubois P, Saad M, Lemaire BJ, Hmimina G, Soudani K et al..  2018.  Coupling high-frequency measurements and predictive modelling in a monitoring and early warning system of cyanobacteria blooms. 18th {International} {Conference} on {Harmful} {Algae} ({ICHA} 2018).

Ramachandran N., Tebaldini S., d'Alessandro M.M, Saatchi S., Dikshit O..  2019.  Comparative {Analysis} of {Forest} {Biomass} {Estimation} using {SAR} {Tomographic} {Techniques}. 2019 {IEEE} {MTT}-{S} {International} {Microwave} and {RF} {Conference} ({IMARC}). :1–5.

Bestion E., Cote J..  2018.  Species {Responses} to {Climate} {Change}: {Integrating} {Individual}-{Based} {Ecology} {Into} {Community} and {Ecosystem} {Studies}. Encyclopedia of the {Anthropocene}. :139–147.

Floch J.-M, Marcon E., Puech F..  2018.  Spatial distribution of points. Handbook of {Spatial} {Analysis}. :71–111.

Dontsova K, Balogh-Brunstad Z, chorover J.  2020.  Plants as drivers of rock weathering. Biogeochemical {Cycles}: {Ecological} {Drivers} and {Environmental} {Impact}. :33–58.

Ravel O, Chollet S.  2017.  Les données au cœur de l’infrastructure expérimentale {Ecotrons}, in {R}. {Mosseri} et {M} {Bouzeghoub} (dir.), {Les} {Big} {Data} à {Découvert}, {CNRS} {Editions}, pp 242-243.. Les {Big} {Data} à {Découvert}. :242–243.

Gauquelin T, Boer M, Fernandez C, Montes N, Santonja M, Orts J-P, Reiter I.  2011.  L'{O3HP} ({Oak} {Observatory} at {OHP}) : un site expérimental pour l'étude du fonctionnement et de la biodiversité de la {Chênaie} pubescente face aux changements climatiques. Forêt {Méditerranéenne}. 32:127–132.

Atanassova I, Milena H, Banov M.  2019.  Free Lipid Biomarkers in Anthropogenic Soils. :321–355.