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Coppicing is a form of forest management in European broadleaved forests. While it is still practised in south-eastern Europe, in central and western Europe it was almost completely replaced by high forest management. Currently, there are increasing efforts to reintroduce coppice management into former coppice woods. However, little comprehensive knowledge is available about the extent and management of coppice reintroduction and the processes governing it. In this paper, we present an overview of localities in the Czech Republic where coppice reintroduction was taking place in 2020. We identified 8 localities and conducted 10 semi-structured interviews with experts involved in their management in order to understand what motivated them to restart coppicing and what obstacles they have had to face. The main motivation of site managers is nature conservation, while the most important obstacles are operational issues, such as bureaucracy, complicated land ownership and legal responsibilities or lack of workforce. Other motivating factors identified in other European countries (production of a renewable energy source and potential for rural employment) have so far played a minor role in the Czech Republic. We conclude that a major challenge for future forest policies will be to utilise the economic experiences of regions with active coppicing to foster the spread of coppice woods in order to combine renewable energy production with biodiversity conservation. [ABSTRACT FROM AUTHOR]

Natural forest expansion (NFE), that is, the establishment of secondary forest on non-forested land through natural succession, has substantially contributed to the widespread expansion of forests in Europe over the last few decades. So far, EU policies have largely neglected the potential of NFE for meeting policy objectives on restoration. Synthesising recent interdisciplinary research, this paper assesses the challenges and opportunities of NFE in view of contributing to European forest and ecosystem restoration. Specifically, we discuss the potential for supporting climate change mitigation and adaptation, biodiversity conservation, and forestry and economic use, summarize the current knowledge about societal perceptions and the policymaking on NFE, and make policy recommendations to better use the potential of NFE. We conclude that NFE has the potential to contribute to the European restoration policy agenda if local contexts and possible trade-offs are properly considered. [ABSTRACT FROM AUTHOR]

Pyrethroid as an agent of biocide resistance (BR) and environmental contamination has become a major threat for global health and biodiversity conservation. After eradication of malaria in Europe, uncontrolled mosquito elimination performed just to decrease their nuisance became a long-term practice. Pyrethroids, compounds used for chemical control of mosquitoes are not selective. The main goal of this paper was to study the pyrethroid resistance among mosquitoes of genus Culex and Aedes in Central Europe. Experiment was performed by collecting mosquitoes of Culex spp. and Aedes spp. in four locations: Suchohrad, Vysoká pri Morave, Bratislava, and Bratislava surroundings, where pyrethroids are commonly used as a form of chemical control of mosquito population. The biocide resistance was determined by the CDC bottle bioassay. The second aim was the determination of presence and longevity of cypermethrin in the surrounding environment in the village Vysoká pri Morave. Samples were collected 7 days after ultra-low volume (ULV) fogging treatment in June 2021 and analyzed by liquid chromatography with tandem mass spectrometry (LS/MS). According to the results of performed tests we may state that in all tested localities there is a considerable possibility of occurrence of resistance of tested mosquitoes to deltamethrin and cypermethrin. Based on the results obtained by liquid chromatography with tandem mass spectroscopy from the collected vegetation samples we may conclude that the measured values of cypermethrin and deltamethrin exceeded the highest accepted measured residue levels (MRL) for food and animals products, and after the ULV treatment the population of mosquitoes increased. [ABSTRACT FROM AUTHOR]