Konstruktion
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Diploma thesis .....
Digitalisate
Diplomarbeit .....
SAGRIS - Enhancement of Postgraduate Studies on Sustainable Agriculture and Future Farming Systems
DITSL is involved in the EU-funded Kazakhstan-Russia-Germany partnering SAGRIS project “Enhancement of Postgraduate Studies on Sustainable Agriculture and Future Farming Systems” and has the lead in developing a PhD Module 4 on “Transdisciplinary research methods for sustainable agriculture”, as well as contributes to the development of Module 3 „Advanced methods of scientific working“. Furthermore DITSL leads a Work Package on enhancing networking on doctoral research and education. The PhD Module 4 “Transdisciplinary research methods for sustainable agriculture“ consists of three subtopics:
- Introduction into sustainability in agriculture and food systems
- System approaches in agriculture: conceptual and theoretical foundations of socio-ecological and human activity system
- Methods in transdisciplinary research
Their development is guided by staff of DITSL and Nürtingen-Geislingen University.
Transdisciplinary research aims at solving real world problems and at increasing sustainability of social-ecological systems (people – environment systems) by integrating knowledge based on diverse epistemologies (e.g. academic – practitioner) for the purpose of better understanding and ultimately improving the sustainability of social-ecological systems (Stokols 2006). Consequently, farmers and other value chain actors are not viewed as passive receivers of knowledge, but as active inquirers. Thus, there is a shift in the approach from one of linear transfer of knowledge, to one of empowerment and emancipation based on collaborative learning (Kaufmann et al 2013). The overall aim of this module is that students learn how innovations to complex problems in agriculture and food systems can be developed together with societal stakeholders using a transdisciplinary research approach.
Project background
The project addresses the demand of educating doctoral students on high quality and international standards to increase knowledge based solutions for sustainable agriculture and future farming systems – a topic of national, cross regional and international relevance.
Large agricultural areas characterize the landscapes and economies of Russia and Kazakhstan. Both countries see the innovative development of this sector as a priority. EU projects with Russian and Kazakh partners like SARUD (Sustainable Agriculture and Rural Development) or SusDev (Green Skills for Sustainable Development) prove the increased interest to address global issues of sustainable agriculture. Here, various questions still have to be addressed by research, practice and communities, with regard e.g. to intensification and increased pressure on agricultural land, environmental and climate protection, biodiversity, animal welfare etc. Due to different local and regional conditions, simple and general answers are inappropriate. SAGRIS therefore aims to strengthen the capacity and attractiveness of higher educational systems for doctoral students in the field of agriculture. This reacts also to expectations Higher Education Institutions (HEIs) in Russia and Kazakhstan contribute to solutions and innovations at the interface between science, education and practice.
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Kulanda steppe Russia and Kazakhstanrsel
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UKazakh ger (yurt) in the Pamirrsel
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Project objectives
Qualifying academic professionals increases the capability for knowledge-based solutions in sustainable agriculture and for improved farming systems. Therefore, the project project objectives are:
- to develop and establish post-graduate modules to train doctoral students on inter- and trans-disciplinary contents and approaches relevant for agricultural research and innovation;
- to increase institutional capacities for doctoral education based on international standards and best-practices;
- to strengthen international and inter-regional academic exchange and research cooperation among project partners;
- to establish a network on doctoral research and education in the agricultural field targeted on the exchange of best practices with a wider audience.
Partnership
The consortium consists of 5 EU partners and 4 Russian and 4 Kazakh agricultural universities together with consultative and expert partners from accreditation, research and private business in Russia and Kazakhstan
 Nuertingen-Geislingen University, Germany Warsaw University of Life Sciences, Poland Czech University of Life Sciences, Prague German Institute for Tropical and Subtropical Agriculture, Witzenhausen Estonian University of Life Sciences, TartuStavropol State Agrarian University, Russian Federation Novosibirsk State Agrarian University, Russian Federation Buryat State Academy of Agriculture, Russian Federation Arctic State Agritechnological University, Russian Federation S.Seifullin Kazakh Agro Technical University, Nur-Sultan Kazakh National Agrarian University, Almaty Zhangir Khan West Kazakhstan Agrarian-Technology University, Oral A.Baitursynov Kostanay Regional University, Republic of Kazakhstan National Centre for Public Accreditation, Russian Federation Russian Academy of Sciences, Russian Federation Ministry of Agriculture of the Russian Federation Independent Agency for Accreditation and Rating, Republic of Kazakhstan National Agrarian Science and Educational Centre, Republic of Kazakhstan Ministry of Agriculture of the Republic of Kazakhstan |
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About
Rangeland-based livestock production is a major land use system that contributes between 15 and 60 percent of the agricultural GDP in eastern and southern African countries. The growth of rangeland vegetation is highly variable in space and time, occurring in temporary patches.
Knowledge of rangelands is crucial to their management and strategic use of resources. Local communities have developed strategies that are grounded in cultural practices, stories, ethics, and norms specific to their area. These strategies also require access to up-to-date information on heterogenous and seasonal resource availability.
However, site-specific information on the condition and intensity of use of rangeland resources is rarely available or accessible to herders in real-time. Consequently, incomplete or outdated information is often the basis on which pastoralists make decisions.
Information and communication technologies (ICT) have enormous potential to provide easily accessible up-to-date information to increase efficiency based on spatial data generation, telemetry services, GPS navigation services, and mobile phone network services, reliably facilitated by an ever-growing system of private and public satellites.
To successfully co-develop technology, InfoRange uses a transdisciplinary approach to create the ICT solutions together with users in a way that embeds them in social innovations. Through an actor- and activity-oriented approach, we build on the knowledge of different involved actor groups to understand how their decision-making can be improved through ICT.
Linking digital solutions to the existing system offers opportunities for the community to improve their information gathering and sharing and make it more effective. In addition, digitization can facilitate communication between various stakeholders, such as veterinarians, authorities regulating water supply in pasture areas, or government agencies involved in other pastoral services.
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