Max Planck Gesellschaft


Mathias Goeckede

Research Scientist
Leader of the Research Group 'Integrating surface-atmosphere Exchange Processes Across Scales - Modeling and Monitoring (IPAS)'

Phone: + 49 151 5110 6657
fax: + 49 3641 577300

Research Focus:

  • Feedback processes between terrestrial ecosystem functionality and climate change
  • Observation of greenhouse gas exchange processes with interdisciplinary approaches
  • Assimilation of datasets covering multiple spatiotemporal scales into modeling frameworks

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Research Interests:

My research interests focus on the design of networks of greenhouse gas observation systems covering multiple spatiotemporal scales, and the assimilation of these new datasets into flexible modeling frameworks. One major focus is placed on approaches to optimize a hierarchy of observation platforms across scales to constrain surface-atmosphere exchange fluxes of unknown, but presumably highly variable spatiotemporal distribution (e.g. methane fluxes in permafrost ecosystems). A second major focus, directly related to the first, is to mine all information available on ecosystem feedbacks to climate variability, ranging from small scale soil chambers to large scale satellite data, from high-frequency eddy-covariance data to long-term biometric inventories, in order to improve the representation of underlying mechanisms in process models.

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Research Activities:

Permafrost monitoring in Northeast Siberia
In summer 2013, our group established a new monitoring site to capture greenhouse gas exchange fluxes between permafrost ecosystems and the atmosphere near Chersky, Northeast Siberia. Instruments were installed on a wet tussock tundra in the floodplain of the Kolyma river, about 15km south of town. For a disturbed site (drainage since 2004) and an undisturbed reference, exchange fluxes of CH4 and CO2 are measured with 2 eddy-covariance towers and 20 closed soil chamber systems. All instruments are set up to provide year-round observations of greenhouse gas flux exchange patterns.

Regional scale inverse modeling of carbon budgets in the Pacific Northwest US
In collaboration with colleagues from Oregon State University, I am testing and evaluating conceptual strategies to handle the assimilation of various data sources into atmospheric inverse modeling frameworks, including geostatistical inverse modeling approaches. The database in this domain is provided by a network of currently seven observation towers, the tallest of which reaches 283 m a.g.l., which as been set up to monitor mixing ratio time series of CO2 and CO in an effort to constrain biosphere and anthropogenic Carbon budgets.

Surface Monitoring Verification and Accounting of Carbon Capture and Storage (CCS) facilities
Together with a team of scientists based at St.Francis Xavier University, Canada, I am involved in a pilot project focusing on two CCS sites in Canada where several surface based monitoring approaches will be tested, evaluated and finally integrated into a comprehensive network. This research aims at providing a tool to detect potential leaks, thus verifying how much of the injected greenhouse gas actually stays underground.

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Current Projects:

INTAROS: An Integrated Arctic Observing System
Collaborative project funded by the EU (Grant Agreement Number 727890), Dec 2016-Nov 2021
Participation across three work packages (#2, 3, and 6), focusing on evaluating and extending atmospheric and terrestrial observational networks for carbon cycle monitoring in the Arctic

KoPf - Kohlenstoff im Permafrost: Kohlenstoffumsatz und Treibhaugasfreisetzung aus tauendem Permafrost Nordostsibiriens unter sich ändernden Umwelt- und Klimabedingungen
Russian-German collaboration, BMBF funded, Jun 2017-May 2020
Participation in work package #2: Projektionen der Auswirkung von sibirischem degradierendem Permafrost auf groß-regionale bis globale Treibhausgasemissionen und das Klima

Nunataryuk: Permafrost thaw and the changing Arctic coast, science for socioeconomic adaptation
Collaborative project funded by the EU (Grant Agreement Number 773421), Nov 2017-Oct 2022
Participation in work package #3, focusing on characterizing and quantifying lateral export processes of carbon within terrestrial watersheds in the Arctic

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CV - Education:

CV en / CV dt

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Northeast Scientific Station, headed by Sergey Zimov
FluxLab @ St.Francis-Xavier University headed by Dave Risk
Michalak Lab @ Carnegie Department of Global Ecology headed by Anna Michalak
Department of Micrometeorology @ University of Bayreuth headed by Thomas Foken
Global Change Research Group @ San Diego State University headed by Walt Oechel

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