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Chapter {One} - {A} multitrophic perspective on biodiversity–ecosystem functioning research. Advances in {Ecological} {Research}. 61:1–54.
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2019. Chapter {One} - {A} multitrophic perspective on biodiversity–ecosystem functioning research. Advances in {Ecological} {Research}. 61:1–54.
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2019. Chapter {One} - {A} multitrophic perspective on biodiversity–ecosystem functioning research. Advances in {Ecological} {Research}. 61:1–54.
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2019. Free Lipid Biomarkers in Anthropogenic Soils. :321–355.
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2019. 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.
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2011. 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.
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2017. Spatial distribution of points. Handbook of {Spatial} {Analysis}. :71–111.
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Influence of allochtonous carbon input and food-web structure on freshwater biotic communities and sedimentation process. {EGU} {General} {Assembly} {Conference} {Abstracts}. 15
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2019. Origin and applicability of tetraether membrane lipids as temperature proxies in {French} peri-urban lakes. {EGU} {General} {Assembly} {Conference} {Abstracts}. 17
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2018. Quantifying the importance of biotic and abiotic drivers in creating lags in soil {CO2} efflux. 20:8461.
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2018. Reconstruction of {Airborne} {Laser} {Scanner} {Trajectory} {From} {Data}. {IGARSS} 2019 - 2019 {IEEE} {International} {Geoscience} and {Remote} {Sensing} {Symposium}. :8964–8967.
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