Research, Surveys and Data Management

Our everyday life is fundamentally influenced by ecosystems surrounding us. If these are healthy, they provide us in return with a wide range of services, such as fertile soil, clean air, clean water, and more. However, ecosystems have unfortunately too often been used for economic benefits, which has led and still leads to habitat destruction, extensive damage to the biosphere and to natural richness (United Nations, 2021).

The Ukrainian brook lamprey (Eudontomyzon mariae) is a non-parasitic potamodromous lamprey species. Together with the more common European brook lamprey (Lampetra planeri), it is one of only two lamprey species currently found in the Czech Republic. Since its discovery in 1968 it is known from a single site, Račí potok/Crayfish Brook (also called Račinka) near the town of Velké Losiny in the Šumperk region, northern Moravia (Kux 1969). Ukrainian brook lamprey is classified as a critically endangered species in the Czech Republic´ s fauna and protected at both the national and EU levels. Račinka SCI (CZ0713004) was specifically included in the national list of Natura 2000 sites to protect the rare lamprey there. Since 2017 the Nature Conservation Agency of the Czech Republic (NCA CR) has also been implementing a regional action plan (RAP) for the Ukrainian brook lamprey.

The idea that the European larch (Larix decidua) is native only to the Nízký Jeseník/Low Jeseník Mts. (northern Moravia and southern Silesia) between the Alps and the Carpathians is being changed by new research documenting larch surviving for thousands of years at some sites in the North Bohemian sandstones. We do not have such detailed research elsewhere, so we do not know if larch grew there for a long time. Nevertheless, shifts and uncertainties in knowledge need to be taken into account in conservation planning. It does not make sense to eliminate larch across the board from common regularly managed commercial forests and within protected areas. On the other hand, in rocky habitats and areas less affected by forestry, it should be protected as a potentially interesting and valuable relic for nature conservation. The case of the European larch shows how scientific knowledge is progressing and how the interests of nature conservation and production forestry can be reconciled.

The Czech landscape has gone through significant changes over the past decades. These changes have also affected protected areas such as National Parks (NPs), Protected Landscape Areas (PLAs) and Natura 2000 sites. An analysis of landscape changes, their assessment, and understanding may lead to better management and future governance of these areas.

The Nature Conservation Agency of the Czech Republic (NCA CR) is tasked with monitoring the condition of habitats and species, which can broadly be referred to as biodiversity monitoring. The monitoring and mapping of species and habitats significant for the European Union, which serve to fulfil the reporting obligations under EU directives, are funded by the state budget. However, the data collection needs are broader, and to meet them, the NCA CR proposes and manages a range of projects. The most extensive in terms of both objectives and funding are financed by the Operational Programme Environment.

Sediments of water bodies and peatlands harbour archives of the past. Investigation of them may provide information about what past ecosystems looked like. Which changes have natural ecosystems undergone over thousands of years? How have they responded to climate change or shifts in landscape exploitation by humans? Answers to these questions may help setting limitations to site management as well as defining a baseline for the natural ecosystem restoration. They can show us which changes have taken place in a particular area many times in the past and what, on the other hand, is an unprecedented present issue requiring active management. We will show the possible application of palaeoecological research in nature conservation on the example of the Březina Nature Reserve (NR) and Site of European Importance (SEI, pursuant to Act No. 114/1992 Gazette on Nature Conservation and Landscape Protection, as amended later, the term for Site of Community Importance, SCI, later Special Areas of Conservation, SAC, under the European Union’s Habitats Directive), a unique wetland in the České Středohoří/Central Bohemian Uplands. It may be an example for other sites at which sediment elimination often destroys the heritage which may turn out to be a basic natural archive if carefully investigated.

Despite the considerable effort of scientists and conservationists to clarify all aspects of the biology of the Grey wolf (Canis lupus) and its expansion in Central Europe, various misconceptions and mistakes live on with the general public, which may lead to needless conflicts. The purpose of this contribution is to clarify the origin of Czech wolves in the light of the return of wolves to Central Europe, using the example of an area with a rich hunting tradition and of extraordinary importance from the point of view of nature conservation.

It is no secret that there hardly is any other issue in biology which has been full of contradiction as the species, whether as a concept, category or taxon in systematics. The continuing debate which set of individuals could be considered the species resulted in at least 35 various concepts: although most species concepts have strong implicit similarities and they in some extent overlap each other, some of them exclude others (ZACHOS 2015, 2018b). It is necessary to mention that many of them in the fact do not define what species are or should be but rather provide differently complicated approach how to delimitate them (MAYDEN 1997, QUEIROZ 1998, 2007, STEWART 2018, REYDON & KUNZ 2019). Taking into account the extent of the debate the following reflection offers only a glimpse of the topic from a point of view of nature conservation, not an exhaustive analysis. 

Every cave represents a unique natural phenomenon, preserving the complex links between living and non-living nature. They often contain paleontological findings as well as archaeological monuments connected with the development of the humans. The remains of animals get into the caves through the sinking of debris and alluvium. Some animals use caves for hibernation, others as shelters, dens, and food stores. And some find death underground after being caught in a natural trap...

Lowland wetland meadows are among the most endangered habitats in the Czech Republic. The main drivers of their decline and loss include particularly decline in traditional management measures, targeted draining, consequent overgrowing by natural self-seeding as well as spreading aggressive plant species the latter excluding wild plant and animal species there. Thus, suitable meadow wetland management should aim namely at maintaining an open character of the above habitat effectively provided by grazing and mowing.. Although it may not be apparent at first glance, these measures can also significantly affect small water bodies in the immediate vicinity of the managed area. The article presents the project entitled Management measures and assessment of their impact on meadow wetland biodiversity and it introduces the pilot results of water body hydrobiological monitoring in a meadow wetland near the village of Krumvíř (South Moravia).