In The Carpathians, Patrice M. Dabrowski narrates how three highland ranges of the mountain system found in present-day Poland, Slovakia, and Ukraine were discovered for a broader regional public. ...This is a story of how the Tatras, Eastern Carpathians, and Bieszczady Mountains went from being terra incognita to becoming the popular tourist destinations they are today. It is a story of the encounter of Polish and Ukrainian lowlanders with the wild, sublime highlands and with the indigenous highlanders—Górale, Hutsuls, Boikos, and Lemkos—and how these peoples were incorporated into a national narrative as the territories were transformed into a native/national landscape. The set of microhistories in this book occur from about 1860 to 1980, a time in which nations and states concerned themselves with the "frontier at the edge." Discoverers not only became enthralled with what were perceived as their own highlands but also availed themselves of the mountains as places to work out answers to the burning questions of the day. Each discovery led to a surge in mountain tourism and interest in the mountains and their indigenous highlanders. Although these mountains, essentially a continuation of the Alps, are Central and Eastern Europe's most prominent physical feature, politically they are peripheral. The Carpathians is the first book to deal with the northern slopes in such a way, showing how these discoveries had a direct impact on the various nation-building, state-building, and modernization projects. Dabrowski's history incorporates a unique blend of environmental history, borderlands studies, and the history of tourism and leisure.
István Fozy and István Szente provide a comprehensive review of the fossil record of the Carpathian Basin. Fossils of the Carpathian Region describes and illustrates the region's fossils, recounts ...their history, and tells the stories of key people involved in paleontological research in the area. In addition to covering all the important fossils of this region, special attention is given to rare finds and complete skeletons. The region's fossils range from tiny foraminifera to the Transylvanian dinosaurs and mammals of the Carpathian Basin. The book also gives nonspecialists the opportunity to gain a basic understanding of paleontology. Sidebars present brief biographies of important figures and explain how to collect, prepare, and interpret fossils.
Evaluation of the Geotourism Potential of the Mountain Lakes in the Călimani Massif: Colibița Lake, Iezer Lake and Zânelor Lake. This paper evaluates the key geosites in the Călimani National Park: ...Colibița Lake, Iezer Lake and Zânelor Lake. The internationally recognized methodology used in this study has a crucial role in the development of tourism and the conservation of natural resources. The obtained results show that these geosites have a significant potential for tourism development. Colibița Lake, an artificial lake, attracts tourists with its picturesque landscape and recreational activities. Iezer Lake impresses with its natural beauty and ecological importance, being a crucial habitat for local flora and fauna. Zânelor Lake offers a unique cultural experience, thanks to the charming landscape and local legends. The evaluation and management of these geosites will contribute to the management and conservation of natural resources in the Călimani Massif. The development of sustainable tourism requires appropriate management strategies that ensure responsible use and conservation of the environment. Promoting sustainable tourism and respecting conservation principles will ensure the preservation and sustainable exploitation of these geosites, benefiting both local communities and visitors.
•We assess the association between forest disturbance history and current structure.•Carpathian spruce forests illustrate multiple pathways of structural development.•Complex structure is associated ...as much with disturbance as it is with stand age.•Unmanaged forests can inform adaptive management intended to foster resilience.
Mixed-severity disturbance regimes are prevalent in temperate forests worldwide, but key uncertainties remain regarding the variability of disturbance-mediated structural development pathways. This study investigates the influence of disturbance history on current structure in primary, unmanaged Norway spruce (Picea abies) forests throughout the Carpathian Mountains of central and eastern Europe, where windstorms and native bark beetle outbreaks are the dominant natural disturbances. We inventoried forest structure on 453 plots (0.1ha) spanning a large geographical gradient (>1,000km), coring 15–25 canopy trees per plot for disturbance history reconstruction (tree core total n=11,309). Our specific objectives were to: (1) classify sub-hectare-scale disturbance history based on disturbance timing and severity; (2) classify current forest structure based on tree size distributions (live, dead, standing, downed); (3) characterize structural development pathways as revealed by the association between disturbance history and current forest structural complexity. We used hierarchical cluster analysis for the first two objectives and indicator analysis for the third. The disturbance-based cluster analysis yielded six groups associated with three levels of disturbance severity (low, moderate, and high canopy loss) and two levels of timing (old, recent) over the past 200years. The structure-based cluster analysis yielded three groups along a gradient of increasing structural complexity. A large majority of plots exhibited relatively high (53%) or very high (26%) structural complexity, indicated by abundant large live trees, standing and downed dead trees, and spruce regeneration. Consistent with conventional models of structural development, some disturbance history groups were associated with specific structural complexity groups, particularly low-severity/recent (very high complexity) and high-severity/recent (moderate complexity) disturbances. In other cases, however, the distribution of plots among disturbance history and structural complexity groups indicated either divergent or convergent pathways. For example, multiple disturbance history groups were significantly associated with the high complexity group, demonstrating structural convergence. These results illustrate that complex forest structure – including features nominally associated with old-growth – can be associated as much with disturbance severity as it is with conventional notions of forest age. Because wind and bark beetles are natural disturbance processes that can induce relatively high levels of tree mortality while simultaneously contributing to structural complexity and heterogeneity, we suggest that forest management plans allow for the stochastic occurrence of disturbance and variable post-disturbance development trajectories. Such applications are especially appropriate in conservation areas where biodiversity and forest resilience are management objectives, particularly given projections of increasing disturbance activity under global change.
This book presents a reconstruction of the socio-economic, ethnic, cultural, and political history of the Carpathian-Danubian area in the eighth and ninth centuries at a period when nomadic peoples ...from the east including the Bulgars, Avars, and Khazars migrated here. The work is based on a comprehensive analysis of narrative and archaeological sources including sites, artefacts, and goods in the basin bordered by the Tisza river in the west, the Danube in the south, and the Dniestr river in the east, covering swathes of modern-day Romania, Moldova, Ukraine, Serbia, and Hungary.
Understanding the temporal and spatial environmental response to past climate change during the Last Glacial-Interglacial Transition (LGIT, 16-8 ka) across Europe relies on precise chronologies for ...palaeoenvironmental records. Tephra layers (volcanic ash) are a powerful chronological tool to synchronise disparate records across the continent. Yet, some regions remain overlooked in terms of cryptotephra investigations. Building on earlier work at the same sites, we present the first complete LGIT high-resolution cryptotephra investigation of two lake records in the Carpathian Mountains in Romania, Lake Brazi and Lake Lia. Numerous volcanic glass shards have been recognised as originating from various volcanic regions, including: Iceland (Katla, Askja, and Torfajokull), Italy (Campi Flegrei, Ischia, Lipari, and Pantelleria), and central Anatolia (Acigol and Ericyes). In total, four distinct tephra horizons have now been identified in these records: 1) an LGIT Lipari tephra (11,515–12,885 cal BP, 95.4% range); 2) Askja-S (11,070–10,720 cal BP, 95.4% range); 3) an Early Holocene Lipari tephra,(12,590–10,845 cal BP, 95.4% range) and; 4) an Early Holocene Ischia tephra (11,120–10,740 cal BP, 95.4% range). The use of trace element analysis on selected cryptotephra layers provided additional important information in identifying volcanic source and facilitating correlations. These tephra layers, along with numerous other discrete cryptotephra layers, offer promise as significant future isochrons for comprehending the spatial and temporal fluctuations in past climate change throughout Europe and the Mediterranean area. This research has emphasized the significance of the Carpathian region in expanding the European and Mediterranean tephra lattice and establishing it as a keystone area within the framework.
•Far-travelled volcanic shards found in Lakes Lia and Brazi, Romania.•Geochemical correlation to three main volcanic regions: Iceland, Italy and Anatolia.•Successful use of trace element analysis for validating volcanic origins.•Significance in discovering three new, dated cryptotephra layers.•Region crucial in wider European and Mediterranean tephrostratigraphic framework.
•First study in primary forest linking ≥250 yr. disturbance history to bird assemblage.•Bird assemblage composition was driven by disturbance related structure.•Disturbance induced forest change did ...not decrease bird diversity or abundance.
Understanding the processes shaping the composition of assemblages in response to disturbance events is crucial for preventing ongoing biodiversity loss in forest ecosystems. However, studies of forest biodiversity responses to disturbance typically analyze immediate or short-term impacts only, while studies relating long-term disturbance history to biodiversity assemblage dynamics are rare. To address this important knowledge gap, we used a dendroecological approach to link natural disturbance history of 250 years (1750–2000) to structural habitat elements and, in turn, to breeding bird assemblages. We used data collected in 2017 and 2018 from 58 permanent study plots within 10 primary spruce forest stands distributed across the Western Carpathian Mountains of Europe. This dataset contained breeding bird counts and environmental variables describing forest density, tree diameter distribution, tree height, tree microhabitats, deadwood quantity and quality, and regeneration. Bird assemblages were significantly influenced by forest structure which was in turn shaped by disturbance dynamics (disturbance frequency, time since the last disturbance and its severity). Early successional species associated with more open habitats were positively influenced by disturbance-related structure (i.e. deadwood-related variables, canopy cover), while some species responded negatively. At the same time, overall abundance, species richness and Shannon diversity of the bird assemblage remained unchanged under variable disturbance histories. Our results support a view of primary spruce forests as a highly dynamic ecosystem, harbouring populations of bird species at all stages of succession despite significant structural changes and shifting patch mosaics over time due to natural disturbances.
Carpinus betulus L., the hornbeam, is a component of lowland and highland forests in Europe. By examining the postglacial migratory history of thermophilic tree species, the study aimed to unravel ...their putative glacial microrefugia in the Carpathian region. The present study points to the two distinct genetic AFLP groups of C. betulus in the Carpathian region that represent different genetic lineages based on Bayesian analysis. They differed in Nei's gene diversity index h, and the analysis of molecular variance AMOVA showed a percentage variation of the populations between the groups of 13.74 %. Principal coordinate analysis (PCoA) of 368 AFLP tree samples confirmed the presence of two genetic groups. Ninety-five populations underwent principal component analysis (PCA) to show the main correlations between genetic diversity indices and bioclimatic/climate variables (WorldClim and Carpatclim). The generalized logistic model (GLM) showed the significance of Nei's genetic index h in delimiting genetic groups. The results of population-genetic and multivariate analyses determined that the two genetic groups nowadays are spatially diffused and do not show a clear geographic pattern, pointing to a genetic melting pot. We found ecological links between genetic diversity and bioclimatic characteristics, especially the precipitation in the coldest quarter – Bio19. The refugial Maxent model indicates a significant contribution of the Bio7 variable (both linked with a continental type of climate) to the occurrence of the species during the LGM in Europe. We suggest the relict character of hornbeam populations in a specific climatic-terrain niche in the northern part of the Carpathian Basin.
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•Glacial microrefugia of forest vegetation in the region have been postulated.•Genetic diversity of Carpinus betulus is related to continental climatic features.•Perhaps its glacial microrefugia were in a specific climatic-terrain niche.
Hydropower is currently experiencing a boom in southeast Europe. For Romania, the number of hydropower plants is estimated to be between 545 and 674, but little has been published about their ...environmental impact. We provide the first overview of the geographical distribution of hydropower plants in Romania, supplemented by a review of current knowledge about their environmental impact, and present case study evidence on the effects of small hydropower plants on fish in headwater streams of the Carpathian Mountains.
We show that 49% of the documented 545 hydropower plants in Romania are located in Natura 2000 or other protected areas, 5% are located in water bodies with ‘very good’ ecological status, and another 12% in water bodies with ‘good’ ecological status and ‘very good’ hydromorphological status according to the EU Water Framework Directive. Second, we demonstrate that hydropower plants significantly impact fish populations in several ways, both in upstream and downstream reaches, e.g. by water abstraction, dam construction and other hydromorphological alterations. Following the construction of hydropower plants in headwater streams, trout (Salmo trutta fario) and bullhead (Cottus gobio) populations often disappeared completely, and only remained in 38% of the stream reaches either upstream or downstream of the respective hydropower plants.
In conclusion, the significant environmental impacts of each individual hydropower plant combined with the large number of them as well as the relative lack of effort to mitigate environmental impacts together represent a significant threat to aquatic biodiversity in Romania. The impacts exerted by hydropower plants are often unjustifiable by public interest according to EU directives, as small hydropower plants account for only around 3% of Romania's total electricity production. Better availability and access to environmental monitoring data are needed, as this would greatly support the development of more integrative management approaches to Romanian rivers.
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•The first map of the 545 known hydropower plants in Romania.•49% of Romanian HPPs are located in Natura 2000 and other nature protection areas.•Data from 32 hydropower plants sheds light on the impacts of hydropower plants on fish communities.•The many small HPPs severely threaten aquatic biodiversity in Romania, while they produce only c. 3% of total electricity.
In The Carpathians, Patrice M. Dabrowski narrates how
three highland ranges of the mountain system found in present-day
Poland, Slovakia, and Ukraine were discovered for a broader
regional public. ...This is a story of how the Tatras,
Eastern Carpathians, and Bieszczady Mountains went from being terra
incognita to becoming the popular tourist destinations they are
today. It is a story of the encounter of Polish and Ukrainian
lowlanders with the wild, sublime highlands and with the indigenous
highlanders-Górale, Hutsuls, Boikos, and Lemkos-and how these
peoples were incorporated into a national narrative as the
territories were transformed into a native/national landscape.
The set of microhistories in this book occur from about 1860 to
1980, a time in which nations and states concerned themselves with
the "frontier at the edge." Discoverers not only became enthralled
with what were perceived as their own highlands but also availed
themselves of the mountains as places to work out answers to the
burning questions of the day. Each discovery led to a surge in
mountain tourism and interest in the mountains and their indigenous
highlanders.
Although these mountains, essentially a continuation of the
Alps, are Central and Eastern Europe's most prominent physical
feature, politically they are peripheral. The Carpathians
is the first book to deal with the northern slopes in such a way,
showing how these discoveries had a direct impact on the various
nation-building, state-building, and modernization projects.
Dabrowski's history incorporates a unique blend of environmental
history, borderlands studies, and the history of tourism and
leisure.
