European Geosciences Union
Division on Climate: Past, Present & Future
President: Didier Roche (cl@egu.eu)
Deputy President: Irka Hajdas
(hajdas@phys.ethz.ch)
The Division on Climate: Past, Present & Future is one of the larger divisions of the European Geosciences Union. It pools from many disciplines and consequently has many co-organized and co-listed sessions with other divisions at the general assembly. The division is very interdisciplinary and covers climate variations on all time scales. CL includes the study of any kind of climate archive from rocks to ocean cores, speleothems, ice cores, chronicles, to instrumental records to name a few. Besides observations, climate modeling on all time scales from the deep past to the future are areas covered by the division. Any aspect of the climate system falls into the realm of the division e.g. atmosphere, ocean, biosphere, cryosphere, and geology. Themes focus on the climate on Earth but may also expand other planets or the sun.
The 2020 Hans Oeschger Medal is awarded to Kim M. Cobb for pioneering acquisition and interpretation of high-resolution observations from corals and cave deposits in Earth’s equatorial regions and their implications for climate change.
The 2020 Milutin Milankovic Medal is awarded to Valérie Masson-Delmotte for outstanding contributions to research on long-term climate change, namely palaeotemperature records from ice cores, and for her leadership in international efforts to translate science to society.
The 2020 Arne Richter Award for Outstanding Early Career Scientists is awarded to François Massonnet for his significant contribution to polar climate prediction, projection and reanalyses, including original integration of model and data evidence.
The 2019 Hans Oeschger Medal is awarded to Edward J. Brook for producing greenhouse-gas records from polar ice cores in unprecedented resolution that permitted the precise north-south synchronisation of climate signals and the identification of past variations in great detail.
The 2019 Milutin Milankovic Medal is awarded to Jacques Laskar for fundamental contributions to the investigation of orbital climate forcing, and for the development of long-term, reliable astronomical solutions important for the whole palaeoclimate community.
The 2019 Outstanding Student Poster and PICO (OSPP) Award is awarded to Aline Mega Highly variable surface-water conditions off southern Portugal during mid-Pleistocene Marine Isotope Stages 20 to 26 (790 – 970 ky)
The 2019 Outstanding Student Poster and PICO (OSPP) Award is awarded to Bernat Jiménez-Esteve Nonlinearity in the Northern Hemisphere atmospheric response to a linear ENSO forcing
The 2019 Outstanding Student Poster and PICO (OSPP) Award is awarded to Iulia-Madalina Streanga A calibration study of Sr/Ca ratios and δ18O to sea surface temperature and salinity in the West Pacific Warm Pool
The 2019 Outstanding Student Poster and PICO (OSPP) Award is awarded to Livia Manser Neogene evolution of paleoenvironments in the North American Great Plains from a stable isotope study
The 2019 Outstanding Student Poster and PICO (OSPP) Award is awarded to Nicholas Leach Current level and rate of warming determine emissions budgets under ambitious mitigation
The 2019 Arne Richter Award for Outstanding Early Career Scientists is awarded to Amanda C. Maycock for significant and original contributions to the understanding of the influence of stratospheric processes on climate at temporal scales from seasons to centuries.
Loess is a mineral, aeolian deposit with a range of definitions in literature, which class it as either a sediment, soil, or rock. Some classic texts suggest that “loess is not just the accumulation of dust” [1], and it must include additional processes such as loessification, calcification, pedogenesis, and in-situ weathering. The definition adopted depends on the scientific background and the question being posed, but my preference is to simply define loess as: an aeolian, mineral (i.e. non organic), silt-size …
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Sea level rise is one of most dreadful consequences of anthropogenic (caused by humans) global warming. It is estimated that the loss of coastal infrastructure alone would cost the global economy more than 1 trillion dollars per year by 2100 [1]. This number is based on climate models, but these are only as good as our current understanding of the sea level rise. Therefore, researchers are monitoring changes in the sea level as well as trying to understand the physical …
Loess is an aeolian (wind-driven) silty sediment covering over 10% of the Earth’s land surface; it occurs predominantly in the mid-latitudes. On a global scale, loess is among the most widespread unconsolidated sediments, and of crucial importance for agricultural regions where loess deposits are known to form fertile soils because of its ability to store water and retain nutrients. Loess is comprised predominantly of quartz particles in the coarse silt (diameter 20–63 μm) fraction, but some deposits known as desert …
As part of EGU’s Natural Hazards and Risk Reduction Month, this newsletter issue checks in on the state of progress of the 2015–2030 Sendai Framework and how different countries have approached this landmark agreement. This issue also highlights blogs from each of this month’s featured EGU divisions: Hydrological Sciences, Natural Hazards, and Seismology, plus a GeoLog about spatial seismic hazard in western Indonesia.
Upcoming events include a day-long ERC webinar hosted by EGU and the Union’s Autumn Election 2020 for the EGU Treasurer, for which members will receive an e-ballot in the mail next week.
The Loupe also features a new webinar about ERC grants, a new statement by EGU, and a call for new ECS members of the Education Committee. Be sure to apply by 2 November!