<H1>
BIOGEO
</H1> |
<H1> Upcoming </H1> |
<H1> Past events </H1> |
<H2> Nov 17th (14h00) - David Gampe, LMU, GER </H2> |
<H2> Oct 23rd (14h00) - Colin Averill and Zoey Werbin </H2> |
<H2> Sept 15th (14h00) - Natasha MacBean, USA </H2> |
<H2> June 16th, 2021 (14h00) - Felicien Meunier, University Ghent, BE </H2> |
<H2> April 7th, 2021 (14h00) - Claire Treat, AWI, GER </H2> |
<H2> March 17th, 2021 (14h00) - Victor Brovkin, MPI Meteorology, GER </H2> |
<H2> February 12th, 2021 (15h00) - Luke McCormack, The Morton Arboretum, USA </H2> |
<H2> February 12th, 2021 (14h00) - Matteo Campioli, University Antwerp, BE </H2> |
<H2> February 3rd, 2021 (19h00) - Karthik Kashinath, Lawrence Berkeley National Laboratory, US </H2> |
<H2> January 13th, 2021 (14h00) - Elizabeth Barnes, Colorado State University, US </H2> |
<H2> Dec 2nd 2020 (14h00) - Gabriele Manoli, University College London, UK </H2> |
<H2> Nov 27th 2020 (14h30) - Beni Stocker, ETH, CH </H2> |
<H2> Oct 21st 2020 - Philippe Ciais & Nicolas Viovy, LSCE, FR </H2> |
<H2> July 15th 2020- Colin Prentice, Imperial College London, UK </H2> |
<H2> July 8th 2020 - Enqing Hou, Northern Arizona University, USA </H2> |
<H2> June 24th 2020- Stefano Manzoni, Stockholm University, SWE </H2> |
<H2> June 10th 2020 - Dan Zhu, Universitat Autònoma de Barcelona, ESP </H2> |
<H2> June 3rd 2020 - Pete Smith, University of Aberdeen, UK </H2> |
<H2> May 27th 2020 - Oskar Franklin, IIASA, AT </H2> |
<H2> May 13th 2020- Pierre Friedlingstein, University of Exeter, UK </H2> |
<H2> April 29th 2020 - Mingkai Jiang, Western Sydney University, AUS </H2> |
<H2> April 15th 2020 - Yingping Wang, CSIRO, AUS </H2> |
<H2> April 8th 2020 - Pierre Gentine, Columbia University, USA </H2> |
<H2> March 25th 2020 - David Makowski, INRA, FRA </H2> |
<H2> </H2> |
<H3>
seminar series
</H3> |
<H3> Increasing impact of warm droughts on northern ecosystem productivityover recent decades </H3> |
<H3> Soil microbes </H3> |
<H3> Drylands </H3> |
<H3> Lianas </H3> |
<H3> Cold season carbon and nitrogen cycling in northern ecosystems. </H3> |
<H3> Modelling Climate and Carbon Cycling during the last 20,000 years </H3> |
<H3> Linking roots to ecosystem processes and plant responses to changing climate </H3> |
<H3> Autumn phenology in temperate deciduous forest and its environmental triggers </H3> |
<H3> Machine learning for climate science </H3> |
<H3> Viewing climate signals though an AI lens </H3> |
<H3> Modelling vegetation: an ecohydrological journey from forests to cities </H3> |
<H3> (How) can we predict and observe global patterns of plant rooting depth </H3> |
<H3> Recent droughts in Europe </H3> |
<H3> Land-atmosphere exchanges of carbon, energy and water: new theory and next-generation models </H3> |
<H3> Pervasive phosphorus limitation of above-ground plant production in natural terrestrial ecosystems </H3> |
<H3> Upscaling of soil microbial dynamics </H3> |
<H3> Hunter & gatherers in the Earth System </H3> |
<H3> The role of land in tackling climate change </H3> |
<H3> Organizing principles for vegetation dynamics </H3> |
<H3> The global carbon budget and its relevance for ambitious climate targets </H3> |
<H3> Elevated CO2 responses of a mature subtropical evergreen forest </H3> |
<H3> Challenges and opportunities in global soil modelling </H3> |
<H3> Role of environmental regulations on end-of-season photosynthesis </H3> |
<H3> meta analysis </H3> |
Social
Social Data
Cost and overhead previously rendered this semi-public form of communication unfeasible.
But advances in social networking technology from 2004-2010 has made broader concepts of sharing possible.