Nature Based AgriEcosystem Restoration Research Group

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The “Tracking the progress on ecosystem restoration involving agriculture-related Nature Based Solutions” Research Group aims to advance knowledge in the field of biology and agriculture by focusing on a complex assessment of the effects of a relatively novel livestock management method, regenerative grazing. It pursues innovative studies of the effects of this method on soil biological and ecological parameters. We use an integrated, interdisciplinary approach to include zoologists, botanists, experts in animal husbandry, microbiology, soil science, statistics, and a foreign partner to assist in science communication.

The rise in human activities that degrade and pollute natural systems causes an unparalleled loss of biodiversity and ecosystem services. This loss ultimately affects food production and the livelihoods of large populations.  Additionally, the changing conditions resulting from climate change necessitate a re-evaluation of current agricultural practices. The implementation of Nature-Based Solutions (NBS) can provide a sustainable and economic approach to combat biodiversity loss and land degradation, whilst also making significant contributions towards achieving sustainability and climate resilience. This project aims to explore the effects of regenerative grazing by local indigenous mixed herds on enhancing the biodiversity of the area, including plant, animal, and soil biology, while also taking production indicators into consideration. The project will make a valuable contribution to the advancement of knowledge on natural values enabling the creation of a set of good practices.

The project will enable us to emerge important generalizations across various disciplines/over several years. By addressing fundamental theoretical concepts of soil biology, ecology, botany, and parasitology, we will advance our understanding of the impacts of regenerative grazing/ we will significantly improve our ability to promote the practical use of our research findings.

Leader

Dr. Miklós Sárospataki

Institute for Wildlife Management and Nature Conservation
Associate Professor
Research keywords: wild bee pollinators, pollinator-friendly agricultural practices, conservation biology, landscape effects

Members

Dr. Julianna Bokor

Kaposvár Campus Services Ltd.
Research Fellow
Research keywords: red deer, pasture management, venison processing

Sándor Csete

Institute for Wildlife Management and Nature Conservation
Assistant Lecturer
Research keywords: vegetation dynamics, succession, fine-scale vegetation patterns, autecology of rare plant species

Dr. András Ittzés

Institute of Mathematics and Basic Science
Associate Professor
Research keywords: statistical software, multivariate statistical methods, applied statistics, design of experiments

Dr. Ákos Juhász

Institute of Genetics and Biotechnology
Senior Research Fellow
Research keywords: antimicrobial effect, microbiota analysis, metagenomics, herbal extracts

Dr. Lola Virág Kiss

Institute for Wildlife Management and Nature Conservation
Research Assistant
Research keywords: ecotoxicology, nanomaterials, microplastics

Prof. Dr. Péter István Nagy

Institute for Wildlife Management and Nature Conservation
University Professor
Research keywords: ecotoxicology, environmental nematology, plant-parasitic nematodes, nematicide effects, soil fauna ecology

Dr. Anikó Seres

Institute for Wildlife Management and Nature Conservation
Associate Professor
Research keywords: ecotoxicology, soil ecology, decomposition, mesofauna, zoology

Selected publications resulted from the project