Water and Carbon Dynamics in Ecosystems
Perform a coupled water, energy, carbon dynamics analysis on an area of interest, using a blend of satellite, in-situ and global atmospheric and weather forecast model datasets.Perform model-based analysis of water and biogeochemical budgets on an ecosystem of choice (e.g. a soil-vegetation or an aquatic e.g. coastal system) - using group work (incl. presentation and reporting)Analyse greenhouse gas emissions from earth observation sensors and other e.g. in-situ data (and report for an area of interest)Quantify water, energy and carbon budgets and partitioning in- and outflows (e.g. evapotranspiration, streamflow, net primary productivity) in the atmosphere-vegetation-soil zone and/or aquatic systemsAccess and use large satellite datasets and retrieve variables for a region of interest using Open Source programming tools.
is course learning outcome of
Water and Carbon Dynamics in Ecosystems
OSIRIS number
course number
EC credits
durationHours
durationWeeks
endDate
2023-07-06T22:00:00Z
has delivery mode
hasDidacticalApproachComment
Learning outcomes 1, 2, 3: Par ...... on, question & answer sessions
@en
has learning outcome
is part of programme
number of staff
quartileITC
quartileUT
startDate
2023-04-23T22:00:00Z
abstract
This course will focus on the ...... arine locations) are foreseen.
@en
title
Water and Carbon Dynamics in Ecosystems
@en
type
label
Water and Carbon Dynamics in Ecosystems
@en
prefLabel
Water and Carbon Dynamics in Ecosystems
@en