Luftaufnahme eines Feldes und der Landschaft um Triesdorf bei Sonnenuntergang. Ein Bauer ist noch auf dem Feld unterwegs.
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  • Shaping the landscape of the future with research

Doctoral Centre Sustainable Land Use Systems

On 01 July 2024, the Doctoral Centre „Sustainable Land Use Systems“ at HSWT was granted the right to award doctorates by the Bavarian State Ministry of Science and the Arts.

Climate change, sustainability, resource conservation and biodiversity - topics of the SusLand Doctoral Centre

The Sustainable Land Use Systems (SusLand) Doctoral Centre addresses the major issues and global challenges of our time:

How do we deal with natural resources? How do we secure ecosystem services and value chains? Can we manage the transformation into the post-fossil age?

In line with the research profile of HSWT, research at the Doctoral Centre contributes to the development of innovative solutions for resilient and sustainable land use systems while respecting planetary boundaries and sustainability goals.

Research areas of the SusLand doctoral centre

Biodiversity

Climate change

Bioeconomy

Applied life sciences with a focus on sustainable land use systems and a focus on biodiversity, climate change and bioeconomy are bundled in a systems science approach at the SusLand Doctoral Centre. Research focuses in particular on the pressing issues of biodiversity, climate adaptation, digitalisation, acceptance and participation.

Research topics

The Doctoral Centre addresses the following aspects of sustainable land use, such as:

Sustainable Agriculture

In SusLand, innovative practices for plant cultivation and animal husbandry are being developed in order to achieve food security while minimising the environmental impact in the face of a growing world population.

Climate neutrality

Innovative approaches to reducing greenhouse gas emissions and increasing the sink capacity in the land use, land use change and forestry sector are being researched in SusLand.

Effects of climate change

Researchers in SusLand are developing, testing and evaluating measures to adapt agriculture, forest management and bioeconomy to extended growing seasons, droughts and heavy rainfall.

Biodiversity

SusLand explores how biodiversity loss can be addressed through innovative and integrative land use in the context of competing priorities between agriculture and forestry, urbanisation, and nature conservation.

Conservation of natural resources

The potential, value and vulnerability of natural resources and the associated ecosystem services, including trade-offs, are researched and assessed in SusLand.

Digital technologies

In SusLand, digital technologies are used to analyse and model ecosystems, landscapes and value chains to enable innovative solutions to complex challenges.

Acceptance

SusLand researches participatory approaches that increase the acceptance of land use changes and green transformation among various target groups.

Professors at HSWT with a strong research background contribute their expertise to the SusLand doctoral centre. This primarily extends to the biological, agricultural and forest sciences and covers a broad spectrum of methods and topics along the ecosystem - land use - food - bioeconomy value chain. The systems science paradigm represented here promotes close cooperation, for example in the form of supervision tandems and research alliances. On this basis, the professorial members are able to both supervise and assess doctoral projects.

Interested professors can apply for membership, provided they fulfil the requirements in accordance with §13 (2) AVBayHIG. The admission process is based on the regulations of the Doctoral Centre (PZO). For further information on requirements and the admission process, please contact the operational management of the Doctoral Centre.

Next deadline for applications for professorial membership: 27 March and 18 September 2026.

Mitglieder des Promotionszentrums Sustainable Land Use Systems

Professorial members
  • Prof. Dr. Bernhard Bauer

    Plant cultivation, plant protection and grassland

    Profile
  • Prof. Dr. Peter Breunig

    Marketing, market theory

    Profile
  • Prof. Dr. Gesa Busch

    Food Consumption and Wellbeing

    Profile
  • Prof. Dr. Dietrich Darr

    Sustainable and resilient farming and food systems

    Profile
  • Prof. Dr. Matthias Drösler

    Vegetation ecology

    Profile
  • Prof. Dr. Jörg Ewald

    Botany, vegetation science, mountain ecosystems

    Profile
  • Prof. Dr. Kristian Förster

    Climate Change Hydrology

    Profile
  • Prof. Dr. Sonia Gantioler

    Transformation Environment | Nature | Landscape

    Profile
  • Prof. Dr. Mareike Ließ

    Data Science for Life

    Profile
  • Prof. Dr. Heike Susanne Mempel

    Technology in Horticulture and Quality Management

    Profile
  • Prof. Dr. Klaus Menrad

    Marketing, Renewable raw materials

    Profile
  • Prof. Dr. Patrick Noack

    Information Technology and IoT in Agriculture and Environment

    Profile
  • Prof. Dr. Herbert Riepl

    General and inorganic chemistry

    Profile
  • Prof. Dr. Hubert Röder

    Business Administration of Renewable Resources

    Profile
  • Prof. Dr. Bernhard Schauberger

    Agricultural systems and climate change

    Profile
  • Prof. Dr. Iryna Smetanska

    Production and processing of food of plant origin

    Profile
  • Prof. Dr. Michael Tröster

    Agriculture, Farm Management

    Profile
  • Prof. Dr. Volker Zahner

    Zoology, wildlife ecology, entomology

    Profile
  • Prof. Dr. Christian Zang

    Forests and Climate Change

    Profile
Doctoral members
  • Philipp Aiglstorfer

    „Kaltplasmaanwendungen entlang der pflanzlichen Wertschöpfungskette: Einfluss auf Keimung, Kultivierung und Nacherntequalität“

    Profile
  • Netsanet Fentie Ambaw

    „Modeling Agricultural Resilience and Climate Risk in Ethiopia: A Numerical Approach to Optimizing Cereal Systems under Environmental and Economic Uncertainty“

    Profile
  • Andreas Geß

    „Advancing ecological sustainability assessment of livestock farming systems“

    Profile
  • Johannes Grote-Weber

    „Peat reduction in hobby gardening – Consumer behavior in Germany, UK and USA“

    Research assistant and doctoral candidate
    Department of Marketing & Management of Renewable Resources

    Profile
  • Larsia Irlbeck

    „Spatio-Temporal Dynamics of Floral Resources for Specialized and Generalist Wild Bees“

    Research assistant

    Profile
  • Eleonora Itri

    „Alginate based hydrogels applications to support Rhodiola rosea's root and rhizome growth in soilless cultivation“

    Research assistant

    Profile
  • Winfried Krafft

    „Development of a hydrological blue green roof model to optimize the active rainwater management“

    Profile
  • Alexander Kunze

    „Artificial adaptation of a production system for “Carica papaya„ under controlled conditions based on plant physiological requirements in central Europe.“

    Profile
  • Steffen Kümmerer

    „Battery Electric Systems in Agriculture - Techno-Economic and Acceptance Analysis for Sustainable Land Use Systems“

    Profile
  • Michael Muser

    „Niedermoor-Paludikulturbiomasse als Torfersatzstoff - Standortauswahl - Aufarbeitung - Verwendung“

    Profile
  • Phillip Olak

    „Nachhaltigkeitsbewertung von Gartenbausubstraten: Ökologische und wirtschaftliche Analyse von Torfalternativen“

    Research assistant and doctoral student

    Profile
  • Katja Schnetz

    „Trapped between habitats: the challenges of lynx expansion in Germany and the limits of recoloization“

    Profile
  • Capa Pelle Vollmar

    „Establishment of space-efficient alternative cultivation methods for Taraxacum koksaghys and analysis of its effect on the yields of natural rubber“

    Profile
  • Lukas Wohnhas

    „Connectivity-Oriented Spatial Planning: Digital Decision Support and Value-Chain Financing for Farmland Biodiversity“

    Research assistant

    Profile
  • Matthias Wörlein

    „Modeling a plant-covered roof element with a hydraulic cooling system for climate control in a building“

    Profile

Doing a doctorate at the SusLand Doctoral Centre

The Doctoral Centre „Sustainable Land Use Systems“ enables talented early-career researchers to gain qualifications through practical research and teaching in the transdisciplinary environment of the University of Applied Sciences Weihenstephan-Triesdorf.

The doctoral degrees „Dr. rer. nat.“ and „Dr. agr.“ may be obtained 

Prospective doctoral candidates can apply for admission to the PZ SusLand under the following conditions:

  • Fulfilment of the admission requirements (Doctoral Degree Regulations §§ 6 - 8)
  • Submission of all necessary documents (Doctoral Degree Regulations § 9)
  • Doctoral project fits the subject area „Sustainable Land Use Systems“ with a focus on biodiversity, climate change or bioeconomy

Application deadlines for 2026:

  • 1 March 2026
  • 21 June 2026
  • 1 November 2026

You will receive feedback on your application within approximately 4–6 weeks after the application deadline.

If your planned doctoral project does not fit thematically into the scope of our Doctoral Centre or if you would like to obtain a doctoral degree other than Dr. rer. nat. (Doctor of Natural Sciences) or Dr. agr. (Doctor of Agricultural Sciences), the HSWT Graduate Academy and our Moodle course offers information on other ways to obtain a doctorate (e.g. the cooperative doctorate).

Ansprechpersonen

Lageplan der Gebäude H am Campus Weihenstephan.

Contact us

Graduate Academy of the University of Applied Sciences Weihenstephan-Triesdorf
Centre for Research and Knowledge Transfer
Building H3
Am Staudengarten 12a
85354 Freising