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Dolines are concave circular karst landforms that are clearly presented by topography data (topographic maps), especially on high-resolution LiDAR digital terrain models (DTM). In the karst landscape, man has reshaped natural dolines through centuries by collecting rocks and soil to increase the flat area of tillable (cultivated) land at the bottom of the doline. By this human-induced process, the natural doline was reshaped into a cultivated doline. Cultivated dolines have a rich historical legacy of use for local agricultural production, high geomorphological value for geodiversity and present an important habitat supporting biodiversity. They are an element of agro-karstic landscape (paysage agro-karstiques) and are distinctive of Mediterranean karst landscapes like Dinaric karst, Central massive, Apulia etc. Most of the cultivated dolines have been recently abandoned, and covered by forest, thus the human impact is not evident anymore so clearly.In most studies on natural characteristics and processes in dolines, there is no distinct separation between natural and cultivated dolines and no consideration of past agricultural land use. Thus, the main goal of this study/presentation is to provide a geoinformatics methodology to separate cultivated dolines from natural dolines based on differences in micro-topography by using recent very high-resolution LiDAR topography data and historical cadastral maps (19th century).Using visualized LiDAR DTM the most evident morphometric differences between the natural and cultivated doline landforms were recognized. Cultivated dolines were characterized by (1) a circular concave landform with a flat bottom (2) the presence of anthropogenic elements, such as circular stonewalls at the upper doline edge, which provides evidence of stone-removal from the doline slopes (smooth surface). Additionally, in the 19th-century cadastral maps, only individual dolines with important land use were marked as special lots. Given the rural character of the landscape during that time, the only land use recorded in the concentric lots of the dolines was agricultural use (arable fields, gardens, meadows, and pastures). As a result, the number, location and surface coverage of cultivated dolines were precisely defined for classical karst regions in SW Slovenia. Based on Lidar data, bowl-shaped cultivated dolines with flat bottoms were separated from non-cultivated funnel-shaped dolines.

The retention of surface runoff and the preservation of soil moisture are among the most important water-related ecosystem services. In addition to field monitoring, advanced remote sensing techniques have been devised to reveal soil moisture dynamics on agricultural land. In our study we compare two soil moisture indices, TWI and SAVI, in three agricultural areas with different land use types. The SAVI has been found suitable to point out spatial variation on the moisture conditions of the vadose zone.

Geoscience has been devoting increased attention to understanding the complex pathways and flows of material, energy, and the multidimensional coupling between various geological systems. This understanding includes the “concept of connectivity”, which provides an overall framework better to investigate hydrological systems. So far, the concept has largely been used for fluvial geomorphic systems, whereas we intend to use it within the karst system. In relation to the concept of connectivity between the karst surface and subsurface, hydrological, sediment, and geochemical connectivities are the most relevant from the perspective of geoscience and to measuring human impacts through a long time span.Our main interest is to study the direct flow between enclosed karst depressions (solution dolines) and near-surface caves (50 m below the surface) that are prone to human influence. The doline-cave coupling zone represents the upper part of a karst aquifer for which specific connectivity characteristics between dolines and near-surface caves can be identified. Polina peč Cave (NW Dinaric Karst) was selected as a case study cave. We used geoinformatic methods (three-dimensional (3D) laser scanning) and available data (Registry of maps, Lidar DEM 1x1m, optical remote sensing data), geomorphometric analyse, geological mapping and surveying. With precise georeferencing (using the GNSS system), we placed the 3D point cloud of the cave in a geographical coordinate system, compared 3D cave map with the surface map (using existing national aero-laser scanning data – Lidar DEM 1x1m), and selected dolines that are most directly connected to cave. The results were controlled and further improved by geophysical methods (electrical resistivity tomography/ERT).

Various ice bodies are an important source of paleoenvironmental data, and their study improves the understanding of present and future environmental conditions. Their changes are an important indicator of climate change. This special issue of Acta geographica Slovenica draws attention to the changing and disappearing cryosphere across the globe, with an emphasis on the southeastern Alps, and the necessity to conduct research in this field before the ice disappears forever. This paper briefly summarizes the current body of knowledge on glaciers, permafrost, cave ice, lake and river ice, and snow in the southeastern Alps, and it presents the contribution of Acta geographica Slovenica to this research and the main highlights of all five papers included in this special issue.

This work discusses the historical development of landscape typologies of Slovenia, focusing on methodology, terminology, criteria for the division of territory, and landscape type hierarchy. It presents all five macrotypologies of Slovenia created between 1946 and 2013, Slovenia’s classification in nine selected macrotypologies of Europe produced between 1995 and 2016, and eight examples of microtypologies of smaller areas of Slovenia made between 1985 and 2020. It compares and evaluates similar typologies. If, in addition to the landscape typology, a geographical regionalization was also produced, common points are sought between the two. The macrotypologies and microtypologies of Slovenia are accompanied by an original and updated map.

This paper assesses the effects of agricultural payments on changes in farmland bird diversity in Slovenia. Diversity was measured by Shannon index, while the impacts were estimated with the first-difference estimator on panel data for municipalities with and without special protection areas for birds. The effects of agricultural payments on farmland biodiversity require that the balance of financial instruments be taken into account when the agricultural policy is being drafted. The effects of payments in municipalities with and without special protection areas indicate the need to consider the landscape perspective and adapt schemes to landscape type while preparing the national agricultural policy.

Karst landscapes have an abundance of enclosed depressions. Many studies have detected depressions and have calculated geomorphometric characteristics with computer techniques. These outcomes are somewhat determined by the methods and data used. We aim to highlight the applicability of high-resolution relief laser scanning data in geomorphological studies of karst depressions. We set two goals: geomorphometrically to characterize depressions in different karst plateaus and to examine the influence of data preprocessing and detection methods on the results. The study was performed in three areas of the Slovene Dinaric Karst using the following steps: preprocessing digital elevation models (DEMs), enclosed depression detection, calculating geomorphometric characteristics, and comparing the characteristics of selected areas. We discovered that different combinations of methods influenced the number and geomorphometric characteristics of depressions. The range of detected depressions in the three areas were 442–491, 364–403, and 366–504, and the share of the depressions’ area confirmed with all the approaches was 23%, 29%, and 47%, which resulted in different geomorphometric properties. Comparisons between the study areas were also influenced by the methods, which was confirmed by the Mann–Whitney test. We concluded that preprocessing of high-resolution relief data and the detection methods in karst environments significantly impact analyses and must be taken into account when interpreting geomorphometric results.

Acta geographica Slovenica je znanstvena revija za vsa področja geografije in sorodnih ved. Izdaja jo Geografski inštitut Antona Melika ZRC SAZU, zalaga Založba ZRC in sozalaga Slovenska akademija znanosti in umetnosti. Med letoma 1952 in 1976 je revija izhajala občasno, nato enkrat letno, od leta 2003 dvakrat letno, od leta 2019 pa izhaja trikrat letno. Od leta 1995 revija izhaja tudi na spletu. Od leta 1981 je revija vključena v Scopus, od leta 2003 pa v Web of Science. Je med najbolj citiranimi slovenskimi znanstvenimi revijami v tujini. Leta 2020 je izšel njen šestdeseti letnik in tej obletnici je posvečen ta prispevek. // Acta geographica Slovenica is a scientific journal for papers covering all fields of geography and related disciplines. It is issued by the ZRC SAZU Anton Melik Geographical Institute, published by Založba ZRC, and co-published by the Slovenian Academy of Sciences and Arts. From 1952 to 1976, the journal was published periodically, then once a year, twice a year from 2003, and three times a year since 2019. The online version of the journal has been available since 1995. The journal has been included in Scopus since 1981 and in Web of Science since 2003. It is one of the Slovenian scholarly journals most cited abroad. The 60th volume was published in 2020 and this article is dedicated to the milestone anniversary.

V knjigi je stirinajst poglavij s podrocja naravnih nesrec. V poglavjih so opisana raziskovalna spoznanja ter primeri uporabe sodobnih tehnologij v primeru naravnih nesrec, s poudarkom na domacih odzivih na globalne izzive. Knjiga vsebuje razlicne teme, kot so na primer potresi, suse, vrocinski valovi, poplave, snežni plazovi ter odzivanje in komuniciranje v primeru naravnih nesrec.

One of the methods of water resource management is to construct small retention ponds. Within the framework of the “Possible ecological control of flood hazard in the hilly regions of Hungary and Slovenia“ project the management of small ponds and their impact on flood prevention were studied in selected catchments. Data on pond management were gathered from interviews with pond owners. In a pilot study, we conducted an inventarisation and classification of all retention ponds. Primarily they were constructed for more specific use: fishing, irrigation, watering livestock. These functions have been gradually replaced by leisure-time activities, aesthetics, and tourism. Spring, stream and rainfall-fed ponds prevail in the pilot area and reduce the flood risk. Due to the increased variability of precipitation patterns ponds are also becoming an important measure to limit drought consequences at a local level.

Landscape researchers have described different options for landscape classifications and have suggested the approximate size of landscape units for various scale levels of study and the most suitable data layers (representing biophysical characteristics) for differentiating them. The literature already contains examples of evaluating data layers with regard to their information value, their correlation with one another, and so on, but less research has been done on the suitability of data layers from the perspective of the scale of landscape research. The objective of this paper is to propose a quantitative method to assess different data layers by landscape classification scale. The proposed method is based on systematic sequential multilevel division of the study area, calculating the average moderate coefficient of variation for each scale level, and comparing calculations between scale levels. It can be used to objectively determine which raster data layers are more suitable for defining large landscape units and which are more suitable for defining small ones. We tested the method for Slovenia, a small country at the junction of the Alps, Pannonian Basin, Mediterranean, and Dinaric Alps with a high landscape diversity. To test the method, we systematically divided the country into smaller units using ten differently structured grids (for the case of Slovenia, we used squares with a baseline of 1, 10, 20 km, and so on up to 100 km). For each data layer, we calculated the average moderate coefficient of variation for each division and compared it with the average coefficient of variation for the highest level, which represented the country as one whole unit. The ratios allowed us to classify the data layers into categories and assess which data layers are more important in landscape classification at a small scale, which ones are more important at a large scale, and which ones function as noise. As expected, variation diminishes with a smaller baseline in all cases, but the gradient of decreasing variation is different. We also studied the categorization of data layers using a hierarchical classification method. Following to the proposed method, it is possible to create various categories of data layers by the landscape classification scale for a certain area. The method can be used for any area and is an option for reducing subjectivity in selecting data layers for landscape analysis classification for the most general purposes (e.g., production of landscape classifications for education).

Preucevanje intenzivnosti erozijskih procesov spada med temeljne in pogosto obravnavane geomorfoloske dejavnosti ter obicajno vkljucuje tako terenske meritve kot tudi racunalnisko modeliranje. V Sloveniji so terenske meritve redke, zato prevladuje modeliranje erozijskih procesov. Pri slednjem je zaradi svoje preprostosti kljub pomanjkljivostim zelo priljubljena Gavriloviceva enacba v vec razlicicah. V prispevku predstavljamo uporabnost geografskih informacijskih sistemov pri izracunu posameznih clenov Gavriloviceve enacbe. Z njeno pomocjo smo za panonska gricevja severovzhodne Slovenije ocenili intenzivnost erozije. // The study of the intensity of erosion processes is one of the fundamental and often treated geomorphological activities. It usually involves both field measurements, as well as computer modelling. In Slovenia, field measurements are rare, so modelling of erosion processes prevail. Due to its simplicity the Gavrilovic equation (and its derivatives) is very popular for the calculations of erosion; despite its shortcomings. The paper presents the usefulness of geographic information systems in the calculation of individual parameters of Gavrilovic equation. The Gavrilovic equation was used to calculate the intensity of erosion in Pannonian low-hills of north-eastern Slovenia.

Researchers analyse land use status and its rates of change and try to define the most appropriate structure that suits the environmental characteristics. The article focuses on an analysis of the naturalness level of land use in three hilly regions in north-eastern Slovenia (Slovenske Gorice, Haloze, and Goricko) with the help of geoinformation tools. Land use structure is one of the best indicators of human presence in the landscape. The aim was to expose those parts of catchments that can be regarded as less natural or more natural. We divided the catchments into hydrogeographical areas and analysed them by calculating the urbanity index. The least natural areas in 2018 were located in Slovenske Gorice Hills and the most natural were those in Haloze. The urbanity index diminished between 2002 and 2018 for all the areas except two. The main reason for a higher average of naturalness level is overgrowth – changing agricultural areas into areas with bushes and trees. Natural disasters, e.g. floods and intensive erosion can be mitigated with suitable land use. // Raziskovalci analizirajo stanje rabe tal in trende spreminjanja ter skusajo ugotoviti, kaksna struktura je okoljsko najbolj sprejemljiva. V prispevku smo se osredotocili na analizo rabe tal treh gricevnatih obmocij severovzhodne Slovenije (Slovenske gorice, Haloze in Goricko) z vidika stopnje naravnosti s pomocjo geoinformacijskih metod. Raba tal je namrec eden najbolj nazornih pokazateljev clovekovega delovanja v pokrajini. Dolociti smo želeli posamezna obmocja porecij, ki jih lahko oznacimo za bolj naravna, in obmocja, ki so manj naravna. Porecja smo razdelili na hidrogeografska obmocja in jih analizirali glede na indeks urbanosti. Glede na izracunane indekse so bila v povprecju leta 2018 najmanj naravna obmocja v Slovenskih goricah, najbolj pa v Halozah. Indeks urbanosti se je od leta 2002 do 2018 sicer povsod zmanjsal, razen na dveh obmocjih. Vzrok za povecanje stopnje naravnosti v povprecju gre predvsem na racun zarascanja oziroma spreminjanja nekoc kmetijskih zemljisc v zemljisca v zarascanju. Z ustrezno rabo tal lahko omilimo naravne nesrece, na primer pojav poplav in povecane erozije.

Geographers have produced four landscape typologies of Slovenia to date. The best-established typology is the one from 1996, which relies on natural landscape elements and divides Slovenia into nine landscape types. Great landscape diversity in a small territory is the main geographical feature of Slovenia, and it also has an important impact on its economic and other activities. The population increasingly perceives it as an element of identity. The importance of landscape diversity is also highlighted in certain EU documents.

Geographers have produced many regionalizations of Slovenia to date. The most widely used geographical regionalization is based on a 1996 landscape typology and divides Slovenia into 48 regions and 4 macroregions. The average size of a region is 422 km2. According to the EU classification of territorial units (Nomenclature of Territorial Units for Statistics, NUTS), Slovenia is divided into 2 NUTS 2 regions and 12 NUTS 3 regions and after that into 212 municipalities. The average size of a NUTS 3 region is 1689 km2, and the average size of a municipality is 96 km2. However, the division that continues to be most deeply rooted among Slovenians is the division into the former Austro-Hungarian provinces.

Slovenia is one of the youngest countries in the world. It has been independent since 1991, but at the same time, it is strongly dependent on its geography. Most of its natural, economic, and cultural features result from its location in the center of Europe, where completely different geographical units intersect. It is exposed to South Slavic influences via the karstified plateaus and intermediate lowlands of the Dinaric Alps to the southeast, Hungarian influences from the continental Pannonian Basin to the northeast, Romance influences from the warm Mediterranean to the southwest, and Germanic influences via the steep mountains and deep valleys of the Alps to the northwest. Because most of the territory of what is now Slovenia belonged to Germanic states for over a thousand years, Germanic influences have left the most traces in the Slovenian cultural landscapes and among its residents. Due to its great landscape diversity and despite its smallness, Slovenia is well known for being a European landscape hotspot, and among other things the young country is increasingly using this geographical fact to strengthen its identity.

Some landscape classifications officially determine financial obligations; thus, they must be objective and precise. We presume it is possible to quantitatively evaluate existing manually constructed classifications and correct them if necessary. One option for achieving this goal is a machine learning method. With (re)modeling of the landscape classification and an explanation of its structure, we can add quantitative proof to its original (qualitative) description. The main objectives of the paper are to evaluate the consistency of the existing manually constructed natural landscape classification with a machine learning-based approach and to test the newly developed general black-box explanation method in order to explain variable importance for the differentiation between natural landscape types. The approach consists of training a model of the existing classification and a general method for explaining variable importance. As an example, we evaluated the existing natural landscape classification of Slovenia from 1998, which is still officially used in the agricultural taxation process. Our results showed that the modeled classification confirms the original with a high rate of agreement--94%. The complementary map of classification uncertainty (entropy) gave us more information on the areas where the classification should be checked, and the analysis of the variable importance provided insight into the differentiation between types. Although the selection of the exclusively climatic variables seemed unusual at first, we were able to understand "the computer's logic" and support geographical explanations for the model. We conclude that the approach can enhance the explanation and evaluation of natural landscape classifications and can be transparently transferred to other areas.

After the independence of Slovenia and Croatia in 1991, the former internal Yugoslav border between the two countries became an international border (today a Schengen border), of which over two-fifths follows rivers (the Drava, Sotla, Kolpa, Dragonja, and others). Rivers are natural geographical dividers whose shifting courses hamper permanent administrative demarcation, especially in flat areas exposed to frequent flooding and meandering. Thus, rivers as borders may cause problems because they are not static. Moreover, they are very dynamic and tend to change their courses; for example, one country may claim that the “old” course is the border and the other that the “new” course is the border. Practically, all rivers and streams on the Slovenian–Croatian border are such examples. Applied geography and geospatial technologies, especially geographic information systems, have played an important role in the preparation of geographical bases for the arbitration procedure to determine the Slovenian–Croatian border. The final decision, which was announced on June 29, 2017 by The Hague-based Permanent Court of Arbitration, will affect the lives of many people along the border. To analyze the dynamics of changing river courses along the Slovenian–Croatian border, we used geographic information systems and multitemporal analysis of cartographic and other pictorial sources: historical maps, historical aerial images, satellite images, and precise digital elevation models (LiDAR).

With supervised classification methods, we can determine classification rules for landscape types of existing landscape typologies. In this article, we analyse whether supervised classification methods could also define adequate rules for landscape types determination in the case of poorly designed typologies. We tried to model two Slovenian intentionally distorted natural landscape typologies. We noted that due to the incongruity of the distorted typologies, decision tree methods were not capable of forming rules for determination of landscape types. Although we did manage to create modelled distorted typologies with minimum distance to means method, maximum likelihood method, and k -nearest neighbours method, they matched the basic distorted typology only slightly. Z metodami nadzorovane klasifikacije lahko za obstojece naravnopokrajinske tipizacije dolocimo klasifikacijska pravila za posamezne pokrajinske tipe. V prispevku razpravljamo, ali bi tudi v primeru zelo slabo zasnovanih tipizacij z metodami nadzorovane klasifikacije lahko izdelali dovolj natancna pravila za dolocanje pokrajinskih tipov. Poskusili smo modelirati dve namenoma popaceni naravnopokrajinski tipizaciji Slovenije. Opazili smo, da zaradi nesmiselnosti popacenih tipizacij metode odlocitvenih dreves sploh niso bile sposobne izdelati pravil za dolocanje pokrajinskih tipov. Z metodami najmanjse razdalje, najvecje verjetnosti in k najbližjih sosedov pa smo sicer uspeli izdelati modelirane popacene tipizacije, a so se te z osnovno popaceno tipizacijo le malo ujemale.

Pokrajina v visoki locljivosti ('The Landscape in High Resolution') is the fourteenth volume in the series GIS v Sloveniji (GIS in Slovenia). The goal of this volume is to present the wide variety of research findings on geographical information systems in Slovenia in recent years. Powerful geoinformatic tools and precise digital data facilitate research on processes and phenomena with a high level of accuracy. This makes it possible to affirm that the landscape and its components are being analyzed in high resolution. The volume clearly presents project outputs and research results in areas such as seismology, geomorphology, natural hazards, environmental protection, geography, surveying, archaeology, transport, agriculture, remote sensing, and others. Readers will discover new features regarding the applicability of geographical information systems and will learn about interesting findings in many area

The main purpose of this analysis is to identify places in Europe that can be described as very diverse according to various natural landscape types or landscape regions. In order to obtain these “hotspots,” several geographical divisions of Europe were examined. The analysis was performed for most of Europe at 5 km resolution. First, maps of landscape variety were produced based on each division of Europe taken into account. This step was carried out for each cell by counting the number of different unique natural landscape types or regions that are present in a radius of 50 km around the cell. Several maps of landscape diversity were produced using this method. Each of them was then weighted; the cell values were divided by the number of all unique types or regions in a division. In the final stage, all of the maps were synthesized (averaged) into one map showing landscape diversity for Europe. With this data it was possible to determine Europe’s landscape hotspots and to define the most naturally heterogeneous countries. Among all of the European countries, Slovenia has the highest average landscape diversity; the highest absolute landscape diversity is located in the Norwegian part of southern Scandinavia.

This article presents central settlements in Slovenia and their main characteristics in 2016. We defined central settlements based on services of general interest and the population of an individual settlement, and developed the analysis further by using competitiveness indicators. We defined 360 central settlements at six levels of centrality, among which the significance of Ljubljana as a national center of international importance and the significance of intermunicipal, local, and rural centers are increasing. The significance of certain regional centers at the second and third levels of centrality is decreasing. The level of services of general interest supplied to Slovenian territory is relatively appropriate, but it should be improved by promoting competitiveness, especially in centers of national and regional importance.

Cultivated terraces distinctively mark the landscape and are a result of human adaptation to steep areas. Terraces were studied with regard to their morphometric qualities, ownership structure, and land use at eight pilot sites in various landscape types in Slovenia. Twenty-six detailed interviews were carried out with local residents and experts. In current agricultural practice, terraces mostly represent obstacles, and for owners they create a loss rather than profit; however, they represented an advantage in the past, when they were cultivated manually. Land use is intensifying on economically profitable terraces. Among those examined, the Jeruzalem terraces stand out because these are the youngest ones (created in socialist Yugoslavia around 1965). Because of their aesthetic value, they are the best known among the public. Profitability in particular will be an important driving force for the future maintenance of terraces.

Based on digital data on relief, rock, and vegetation, the most significant elements of the internal structure of Slovenian landscapes, and their external appearance, a geographic information system was used to calculate landscape diversity of Slovenia. Areas with high landscape diversity are landscape hotspots, and areas with low landscape diversity are landscape coldspots. One-tenth of Slovenia with the highest landscape diversity was defined as landscape hotspots, and one-tenth of Slovenia with the lowest landscape diversity was defined as landscape coldspots. Most landscape hotspots are located in the Alpine part of Slovenia (more than two-thirds of their total area), and most landscape coldspots in the Dinaric part of Slovenia (almost half of their total area).

The proposed European Union indicators for defining areas less suitable for agriculture in Slovenia are not entirely appropriate because taking them into account would omit some distinctly and clearly unsuitable areas–for example, Suha krajina (Dry Carniola) and Bela krajina (White Carniola)–and farmers would be unjustifiably financially harmed. In such a case, every European Union member state has the right to propose an additional indicator to reduce such discrepancies. With regard to actual natural conditions, in Slovenia especially some karst landscapes would be unjustifiably omitted, and so we have proposed a karst indicator as an additional criterion based on the distribution of karst (i.e., carbonate) rocks. Through spatial coverage of karst rocks and soils, we determined whether more reasonable and less strict application of European criteria regarding soil could be satisfactory for better results in defining areas less suitable for agriculture in Slovenia.

This paper estimates the information gain and the information gain ratio, which are usually used in machine-learning processes, to assess which data layer – absolute elevation or elevation difference – better reflects the topoclimatic characteristics (especially the thermal belt). Both attributes are compared based on their information value in explaining the locations of vineyards, which depend largely on the thermal belt. The analysis is performed on 9,000 cells covering various winegrowing districts. In general, elevation difference proves to be a better attribute, but certain differences can be observed between individual areas, especially between the continental and submediterranean parts of Slovenia.

Choosing appropriate measurement sites for further investigation is one of the crucial points in determining the UHI intensity. To obtain comparable values among different cities we should use measurements obtained in similar circumstances. In the context of the deployment of an urban climate network, this guideline contains recommendations for meteorological measurement and data processing for data users who are not professionals in the field of climate measurement in urban environments. This paper presents a classification of urban measuring sites, lists steps for choosing representative stations, and provides standardized methods developed for urban climate stations and network design. Finally, these standardized approaches and guidelines are useful for making recommendations for the future deployment of urban climate networks. The final parts include the new communication and data transmission techniques for urban observation networks.

Ljubljana made the first climate mapping of the city in 2000, putting the differences in terms of UHI effects between the inner part of the city and the surrounding areas are quite evident. An efficient planning of city infrastructure takes into account increasing average temperatures in a city, and therefore provides solution to reduce and monitor the effect of its urban heat island. The chapter presents the urban heat island in the Ljubljana region, temperature modelling based on satellite data and UHI project pilot actions in the Ljubljana city.

Present is the role of formal education on natural disasters in Europe. To ensure a uniform overview, the study used secondary-school geography textbooks from the collection of textbooks at the Georg Eckert Institute for International Textbook Research in Braunschweig, Germany. Altogether, more than 160 textbooks from 36 European countries were examined in order to investigate how much their content (pages, text, figures) is related to natural-disasters topics, and to find out which types of hazards are presented more often. In the research it was also analyzed which disaster events are frequently used as an example.