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CRC 1211 at the annual meeting of the DMG sections Geochemistry, Petrology & Petrophysics

 

gather.town group

Gather.Town group picture

This year’s section meeting of the Geochemistry, Petrology & Petrophysics groups of the DMG just took place on June 5th & 6th. The two-day event was -of course- organized online, via the online platform GatherTown. Organizers truly outdid themselves in creating a large, interactive and fun space for researchers from all over Germany to interact with each other, exchange ideas, and have a good time. The UoC contributed to the two-day event with talks and posters, while the CRC 1211 was represented by two posters from C04 and D02.

As a cherry on top, this year’s poster-prize went to PhD student Niklas Wehmann (C04), who is working on deciphering the transformation process of water-bearing gypsum to water-free anhydrite in the Atacama Desert.

We surely are looking forward to many more productive meetings of this kind and discuss -maybe even in person- the latest research from all over the country.

 

view poster (poster-prize winner Niklas Wehmann)

Once again, entomologists of B2 in the field

From January 14 to February 28, Chilean entomologists from subproject B2 conducted an extensive fieldwork campaign in the Atacama Desert and adjacent regions to address tasks of the second phase of CRC1211. This campaign was divided in two main parts.

The first part involved the installation of trap systems in five longitudinal transects south of the hyperarid area of the Atacama Desert between Copiapó and Coquimbo (27º-30ºS) and from the coast to high Andes (above 4,700 m asl). The objective of this experiment was to obtain material for a better and general understanding of the origin/migration corridors of insects, particularly darkling beetles, inhabiting the hyperarid Atacama Desert, i.e., an understanding of the biogeographical interactions between the Coquimbo and Atacama regions.

During the second part of the trip, we installed an experimental station in the hyperarid core of the Atacama Desert with the main goal of defining a desert region largely devoid of metabolically active organisms. The chosen locality is south of Calama on the western slope of the Cordillera Domeyko at above 3,000 m asl. To first confirm the complete absence of arthropods, we set up a large-scale pitfall trap system covering an area about 8,100 m2 This experimental station works with a flexible weather station which is provided by colleagues of the Z-cluster and is controlled in regular intervals of two months.

After 11,132 kilometers covered, about 70 collection points and more than 20 kg of collected material, our journey was successfully completed and besides the often very demanding scientific work, many beautiful and funny stories remain in our memories.

 

 

 

IMG 1029 1 350pxNycterinus feeding on cacti
Photo: Alvaro Zúñiga

 

IMG 1029 1 350pxPitfall traps worked
Photo: Alvaro Zúñiga

 

IMG 1029 1 350pxPsectrascelis pilosa a sand swimmer
Photo: Alvaro Zúñiga

 

IMG 1029 1 350pxExperimental station under contruction
Photo: Alvaro Zúñiga

 

IMG 1029 1 350pxExperimental station looking for life in the hyperarid core of Atacama
Photo: Alvaro Zúñiga

 

 

IMG 1029 1 350pxEnding the trip
Photo: Alvaro Zúñiga

 

 Project

CRC 1211 Summer Lecture Series 2021

CRC 1211 Summer Lecture Series 2021

 


Summer Lecture

for all CRC 1211 members.

Mondays during the summer semester - 5:00-6:30 pm via Zoom

3.5. A03 M. Reyers Paleo-climate rainfall in the Atacama Desert in global and regional climate models

D04

M. Schiffer

Exhausting the detection limits of accelerator mass spectrometry

10.5

C04

B. Ritter
A. Zinelabedin

Calcium-Sulphate cover as modulator for landscape forming processes - Preserving and shaping the landscape of the Atacama Desert

C07

J. Braun

Has the Southeast Tibetan Plateau stopped expanding 10 Myriam ago?

17.5.

A02

V. Wennrich

Lakes in the driest desert on Earth - Precipitation history of the Atacama Desert since the Miocene derived from clay pan records

B02
B03

F. Nitsche
H. Arndt

Evolution and Co-evolution at the dry limit – examplified by protists from the Atacama Desert

31.5.

A01

J. Schween
U. Löhnert

Atacama coastal clouds and circulation patterns observed with ground-based remote sensing

B08

P. Schiffer
A. Waldvogel

New project B08: Comparative diversity and evolutionary age of desert nematode communities

7.6.

B01

M. Koch

Phenotypic variation in Tillandsia landbeckii: Genetically fixed or environmentally influenced plasticity?

C02

J. Walk

Atacama's coastal alluvial fans from a geomorphological, geochronological, and pedological perspective

14.6.

D06

N. Leicher
V. Wennrich

Tephrochronology and -stratigraphy of terrestrial and marine sediment successions of the Atacama Desert/ Northern Chile

C08

T. Reimann

New project C08: Hyper-arid landscapes in transition - understanding soil-landscape evolution at the transition from biotic to abiotic driven Earth surface dynamics through novel luminescence-based methods

21.6.

D03

S. Klipsch

tba

D03

M. Staubwasser

tba

28.6.

D07

S. Scheidt
P. Yogeshwar

Geophysics within the CRC 1211 - initial results, state of art and future plans

B04

A.Hakobian

Microbial life in the Atacama Desert

5.7.

B06

T. Wiehe

Finding and analysing Tenebrionid-specific genes

C. Heim
H. Mißbach
tba (New project)
12.7.

B07

J. Bechteler

Genetic basis of adaptation to aridity in plants

A02
D07

B. Blanco-Arrué et al.

Transient electromagnetic detection of sedimentary deposits at Paranal and PAG claypans

19.7.

C05

S. Binnie

tba

A04

P. Grunert

Land-ocean coupling between the Humboldt Current and Atacama paleoclimate

If you are interested in joining, please write to Daniela Hülle (This email address is being protected from spambots. You need JavaScript enabled to view it.).


CRC 1211 partakes in Graduate School Scholarship Programme awarded to GSGS, Cologne

logo GSGS DAADSupported by the Graduate School Scholarship Programme (GSSP) of the German Academic Exchange Service (DAAD), the Graduate School of Geosciences (GSGS) at the University of Cologne offers four promising international doctoral candidates the opportunity to pursue a doctorate as a part of an existing coordinated research programme, including CRC 1211, supervised by a Cologne Geoscientist. Deadline for applications for the first two scholarships is 28th April, 2021. Further information can be found through the call website.



Contact

  Speaker:
Prof. Dr. Tibor J. Dunai
Institute of Geology and Mineralogy | University of Cologne
Zülpicher Str. 49b | 50674 Cologne
+49 (0)221 470-3229 | tdunai@uni-koeln.de
   
  Managing Director:
Christian Tiede
Institute of Geology and Mineralogy | University of Cologne

Zülpicher Str. 49b | 50674 Cologne
+49 (0)221 470-89833 | christian.tiede@uni-koeln.de

 _

  Co-Speaker:
Prof. Dr. Martin Melles
Institute of Geology and Mineralogy | University of Cologne

Zülpicher Str. 49a | 50674 Cologne
+49 (0)221 470-2262 | mmelles@uni-koeln.de
   
  Scientific Coordinator:
Dr. Benedikt Ritter
Institute of Geology and Mineralogy | University of Cologne

Zülpicher Str. 49b | 50674 Cologne
+49 (0)221 470-89868 | benedikt.ritter@uni-koeln.de

 _

  Co-Speaker:
Prof. Dr. Dietmar Quandt
Nees Institute for Biodiversity of Plants | University of Bonn

Meckenheimer Allee 170 | 53115 Bonn
+49 (0)228 73-3315 | quandt@uni-bonn.de
   
  Webmaster:
Tim Schlüter
Institute of Geography | University of Cologne

Otto-Fischer-Str. 4 | 50674 Cologne
+49 (0)221 470-3735 | webmaster@sfb1211.de
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