|
No
|
Time
|
Date
|
|
Title
|
Reading *
|
|
21
|
13.15
|
Wed 12/11
|
La
|
Student work in the lab
|
|
|
22
|
08.15
|
Thu 13/11
|
Le 5
|
Global biogeochemical cycling of elements
|
|
|
23
|
09.15
|
Thu 13/11
|
Le 6
|
Microbial paleontology
|
|
|
24
|
10.15
|
Thu 13/11
|
Ex V
|
TO: Biochemistry of energy metabolism
|
See course folder on OLAT |
|
25
|
11.15
|
Thu 13/11
|
Ex VI
|
TO: From environmental thermodynamics to bacterial lifestyles
|
See course folder on OLAT |
| 26 |
13.15
|
Thu 13/11
|
La
|
Student work at the lab
|
|
|
27
|
18.00
|
Thu 13/11
|
Co 3
|
-
Priciples and examples for thermodynamic modelling of microbial reactions
and dynamic simulation and modelling of microbial processes
|
registration required
presented by Roman Kälin and Kurt Hanselmann |
|
28
|
08.30
|
Fri 14/11
|
Pa
|
Oceans of
Archaea - Abundant oceanic Crenarchaeota appear to derive from thermophilic
ancestors that invaded low-temperature marine environments
Edward F. DeLong
and
The ecology of anthrax spores: Tough but not invincible
Daniel C. Dragon and Robert P. Rennie
|
presented by
Simon Krattinger
ppt on course folder in OLAT
presented by
Sonja Brockmüller
ppt on course folder in OLAT
|
|
29
|
10.15
|
Fri 14/11
|
La
|
Student work at the lab
|
|