Courses > Biosphere 2017

IMPRS-gBGC core course: Terrestrial Biosphere

This course will focus on processes important in biosphere-atmosphere exchange of greenhouse gases as well as methods used to scale these exchange processes to understand their importance in global biogeochemical cycles.

The emphasis will be on plants since soils are covered in a separate course.

If you are an doctoral researcher with limited background knowledge in biology and ecology, this is the right course for you.

Category: Core course
0.2 CP per course day

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  1. 1. When & where
  2. 2. Outline

>> Terrestrial Biosphere 2015

1.  When & where

2.  Outline

preliminary agenda

L = lecture, D = demonstration, P = practical, E = excursion

Day Slot Type Content Who
Mon, Aug. 21 Introduction
14:00 - 15:30 L Hierarchical theory and levels of organization of biological systems

- Intro to ecophysiology
- Ecosystem and Biospheric levels of organization

Sönke Zaehle
Tue, Aug. 22 Biodiversity – plants interacting with each other and higher trophic levels Christiane Roscher, Anne Ebeling
9:00 - 10:30 L

- What is biodiversity?
- Changes and threat on biodiversity
- Consequences of biodiversity loss

11:00 - 12:00 L

- Biodiversity experiments
- Biodiversity and ecosystem processes

14:00 - 16:30 E field trip to the Jena Experiment (ca. 2 1/2 h on site)

(how to get there: >>, start: Beutenberg Campus, stop: Jena, Zwätzen Brückenstr. or Jena-Zwätzen (Zug))

Meeting point is at the Jena Experiment
Make sure to wear weather-adapted, insensitive clothing.

Wed, Aug. 23 Ecophysiology Henrik Hartmann
9:00 - 10:30 L Photosynthesis, respiration and phloem transport, part 1

- Intro
- Why are plants important?
- The currency of life and its economic motor – photosynthesis
(Background and history, light-dependent reactions, ATP, light-independent reactions, adaptations: C3, C4, CAM, Photorespiration)
- Life requires energy – respiration
(substrate-level phosphorylation, oxidative phosphorylation, alternative oxidase)
- Moving energy within the plant
(Phloem transport)

Henrik Hartmann
11:00 - 13:00 L Photosynthesis, respiration and phloem transport, part 2

see details above

Henrik Hartmann
14:00 - 15:30 D/P Measuring photosynthesis using Licor 6400

CO2 and light gradients

Henrik Hartmann
Thu, Aug. 24
09:00 - 12:30 L Water transport, mineral nutrition and symbiotic interactions Henrik Hartmann
13:15 - 17:00 D/P Measuring plant water potential, assessment of stomatal parameters and estimation of GPP/NPP using a closed chamber approach Henrik Hartmann
Fri, Sep. 1 Plants in Landscapes & large scale biodiversity / biogeography Axel Kleidon
09:00 - 10:30 L Pattern and process at landscape scales

- the physical template
- biotic processes
- disturbance
- tools, metrics and models

11:00 - 12:30 L

Large scale biodiversity and biogeography
- from plants to biomes and biodiversity
- exchange fluxes of the biosphere
- atmosphere-biosphere interactions
- the global biosphere

14:00 - 16:00 L

Lab exercise - geophysical modelling
(laptops needed)
(>> daisy world spreadsheet)

Wed, Sep. 6 Plant traits and modeling plant/soil Jens Kattge, Carlos Sierra
09:00 - 12:00 L

- biogeochemical cycles in general & models of BGC cycles
- traits as characteristics of plants (including their relevance for determining soil properties)

14:00 - 17:00 P/D building a simple biogeochemical model in 3 steps of abstraction (visual representation, mathematical representation, working model)

for this part, please bring a laptop with a current version of R and RStudio installed. You will need the deSolve package for solving differential equations.
The model will be presented in a way that you can follow without knowing R.

This page was last modified on March 15, 2017, at 11:30 AM

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