For our national tick monitoring programme, we invite you to provide us with ticks. Your samples will help us analyse which tick species appear when and where in Austria. Moreover, ticks will also be investigated for the presence of pathogens.

What are the aims of the project?

The goal of our national tick monitoring programme is to obtain data regarding tick species in Austria, their occurrence, and the pathogens they may carry. The objective is to sample ticks from a wide variety of regions, regardless of whether they are sourced from vegetation or hosts. The collection of ticks is mainly conducted by citizen scientists, whose participation is essential for the success of such an initiative. The collected data can assist in identifying hot spots for specific pathogens, discover new or lesser-known microorganisms, and learn about the occurrence of native tick species but also the spread of invasive ones such as Hyalomma. A continuous monitoring is of importance particularly in light of climate change which can strongly impact the tick fauna. The insights gained from this programme can enhance overall health by facilitating earlier detection of tick-borne diseases and thereby allowing for timely and appropriate treatment.

How can you participate in research?

As soon as you encounter a tick you can join the project if following pre-requisites are fulfilled:

1. Tick still intact (i.e. not squeezed out or badly damaged)
2. Data available for:
   • Date of tick discovery or removal from host
   • Postal code and location
   • Host information (if tick was removed from a host – which one?)

Ticks have to be securely packaged (e.g. by adhesive tape on a piece of paper inside a properly closed envelope) before being either dropped off at an AGES location or being sent to Vienna:

AGES GmbH
Department for Vector-borne diseases - Ticks
Währinger Straße 25a
1090 Vienna

Further details can be found on our homepage in the section “Found a tick?”. If you suspect to have found a Hyalomma tick (“giant tick”) without the possibility to submit the tick to us please send a photo to This email address is being protected from spambots. You need JavaScript enabled to view it. Thank you!

Background informationen

So far 19 native tick species have been described in Austria. The most common ones belong to the genera Ixodes (e.g. I. ricinus), Dermacentor (e.g. D. reticulatus) and Haemaphysalis (e.g. Ha. concinna). These hard ticks have a lifecycle which comprises of three life stages (larva, nymph, adult). Between each life stage, and before a female adult tick can lay eggs, a blood meal must take place. 

Most pathogens are taken up from reservoir animals during those blood meals (e.g. small rodents, birds, etc.) and can be transmitted from the tick at the next blood meal. The most common pathogen found in ticks in Europe are bacteria of the genus Borrelia which are the causative agent of Lyme borreliosis. However, there are many other tick-borne pathogens which can cause diseases in humans and animals (e.g. Rickettsia, Anaplasma, Neoehrlichia, etc.).

Aside from native ticks the so-called ‘giant ticks’ are increasingly appearing in the media. 

They are identifiable by their typical yellow stripes along their legs when compared to native ticks. These ticks are usually imported to Austria from warmer regions. Due to climate change an expansion into more northern regions can be expected. Hyalomma ticks can transmit more harmful pathogens (such as Crimean-Congo haemorrhagic fever virus or Rickettsia aeschlimannii) hence, monitoring the spread of this vector is of medical importance. However, this is only possible by reports from well informed citizens. Thanks to citizen scientists we were able to uncover a previously unrecognized way of migration for these ticks: rather than migratory birds, it was tourists who were responsible for a significant number of introductions of Hyalomma ticks to Austria.

To be able to monitor the tick fauna of Austria for health relevant changes (i.e. expansion of dangerous vectors, emergence and spread of (new) pathogens) a national tick surveillance programme was started beginning of 2024 as part of an EU-project (OH SURVector, EU-Project Nr. 101132974). The acquisition of another project allows for continuation of the implemented surveillance activities until end of 2028.

The mission of AGES is to supply citizens with information. For that reason, a homepage is available which features interesting content about ticks and tick-borne diseases. Moreover, detail information about the ongoing surveillance study and its results are provided. 

Role descriptions

Within this project four main tasks are executed:

• Tick collecting
• • This step is planned to be carried out by citizen scientists. Participation is open to anyone who finds a tick and sends it to AGES where further processing will take place. It is crucial that submitted ticks are intact and the necessary information regarding date, location and hosts is provided. 
• Morphological tick identification
• • Tick experts will analyse morphological features of the tick under a microscope to determine the tick species. During that, samples are entered into an internal database, and it is decided whether a tick sample is eligible for further analysis. Strongly damaged ticks will not be processed further than this step.
• Molecular screening for pathogens
• • In the next step trained laboratory personnel will extract the nucleic acids (RNA and DNA) of the tick sample and perform molecular methods (e.g. PCR) for detection of tick-borne pathogens. The results are then entered into the internal database.
• Results and communication
• • The results of the molecular screening and morphological analysis are summarized. A team of tick experts, data experts and communication experts work together in this step to create maps, submit data to international databases, update the homepage or prepare newsletters. Occasionally information may be disclosed to the media. 

Monitoring of Soilbiota by Citizen Science

SoilRise is a research project on earthworm biodiversity in Europe. Earthworms play a crucial role in soil fertility and are considered important ecosystem engineers. With your help we like to collect data on the distribution and diversity of earthworms in Europe.

But SoilRise is more than scientific research. We aim to build an interactive network between researches, citizen scientists (you) and stakeholders to raise awareness of the importance of soil biodiversity. We seek to explore, protect and conserve the diverse habitats beneath our feet. By taking part in SoilRise, you will be actively contributing to the preservation of our soils and a positive impact on the environment.

Aims

The SoilRise project aims to improve the availability of data on earthworm populations and raise awareness of the biodiversity found in our soils. We aim to identify threatened or non-native earthworm species and compare traditional identification methods with DNA analysis. We will also look at species diversity in different countries to understand the ecological variation that exists.

What do we offer?

• Education and training: SoilRise offer training courses that teach the basics of soil ecology and sampling. There are also workshops that provide in-depth knowledge about earthworms.
• Engagement and impact: Your participation supports our scientific research project and makes a direct contribution to environmental protection. By sampling at different sites you will increase your knowledge of soil biodiversity.
• Community and networking: Become part of the SoilRise network, sharing ideas and networking with other participants and experts.
• Sampling and effort: Your participation is flexible, you can start, stop and continue as you wish between October 2024 and 2026. The effort per site is about 5h.
• Meet and greet: Discover the soil beneath your feet, meet interesting people and experience nature from a new perspective.

Sampling

Sample your field with a spade during the months of March to May and/or September to November. Sampling takes approximately 5 hours and you can record your data on the form provided or on our website. Our team will help you every step of the way, on site if possible.

We will provide all necessary documents such as sampling instruction and data sheets. Our seminars and webinars will to help you to prepare for sampling and you will learn more about the world of earthworms.

At our networking sessions, we will invite you to share your experiences with other participants and the research team.

Who could participate?

Anyone over the age of 14 can take part in the project and search for earthworms (farmers, gardeners, agricultural schools and everyone who is interested). 

We have three categories: 

• field (arable fields including large scale vegetable production, viticulture), 
• small vegetable beds and flower beds (home garden, community garden, town garden, market gardening)
• lawn/meadow, grassland and green spaces (lawns, natural meadows, agricultural grassland)

It is also possible to take part in the project without having a own plot of land. 

Register directly at our project website.

SoilRise is a biodiversa+ project in cooperation with Germany, France, Ireland, Poland and Austria.

DANUBE4all is an EU project with the main task of developing a comprehensive action plan for the renaturation of river stretches in the Danube River Basin (DRB). To this end, a collaborative stakeholder process is being developed that actively incorporates the interests of citizens. The action plan is intended to contribute to the improvement of the ecological status, biodiversity and river connectivity of the Danube ecosystems and thus supports the EU mission OCEAN ‘Mission Healthy Oceans, Seas, Coastal and Inland Waters’. 

The development and implementation of innovative and socially relevant nature-based solutions has a wide range of positive effects. In addition to the improved connectivity of rivers, possible scenarios for floodplains, reducing the risk of floods and droughts, and other socio-economically effective measures are an important focus. Renaturation projects on the Danube are being promoted with the goal of improving the continuity of sediments and positively influencing habitats/biota. These include the Danube National Park east of Vienna, a section of the river in Hungary and a measure on the Danube delta. 

Nature-based solutions must be developed in collaboration with the affected population and supported by them in order to be effective in the long term. Renaturation processes tend to unfold slowly and require continuous attention and active support in order to be successful. Accordingly, the intensive involvement of citizens along the Danube is an important component that makes renaturation possible in the first place. A special work package supports interaction with citizens through the activation of citizen science. Citizen scientists are particularly involved in the development, implementation, evaluation and scaling of nature-based solutions, a citizen science method toolbox, and the development of communication measures. 

In particular, DANUBE4all serves the following research fields: 

• Criteria and indicators for physical connectivity status as a starting point for renaturation options in the Danube catchment. A reflection of existing assessment methods and initiatives contributes to this. 
• Analysing the (ecological) status of water bodies and biodiversity with the aim of expanding the existing transnational biodiversity monitoring with a strong focus on restoration. This includes long-term trends in connection with management and conservation measures associated with renaturation.
• Co-creation, implementation and results monitoring of nature-based solutions implemented in the project in the Danube River Basin. This includes: 
  • 3 restoration interventions with the participation of local residents (3 Demonstration Sites); 
  • the further use and replication of solutions in 5 Associated Regions; 
  • later a multiplication of the approach by supporting 10 restoration measures (10 Synergy Sites). 
• Implementation of socially relevant integrative measures with municipalities in the Danube River Basin. This includes measures that trigger social and economic change, as well as the sustainable, integrative and long-term management of restored ecosystems through public mobilisation and engagement. This is also to be achieved through citizen science.

common nase, © Robert Togel (Images courtesy of viadonau)

Spring mapping in the Großes Walsertal Biosphere Reserve (Austria)

In view of increasing extreme weather events, including periods of drought and consequent water shortages, the protection and knowledge of springs in the Großes Walsertal Biosphere Reserve is becoming increasingly important. In addition to their essential role in water supply, springs are often small but important habitats for many endangered organisms. The pressure to utilise and develop existing springs has increased significantly due to climate change. In order to obtain a comprehensive overview of the existing springs in the valley, the KLAR! Biosphärenpark Großes Walsertal is launching a citizen science project.

Life Science AG, which has already successfully carried out a citizen science project to record spring habitats in the Black Forest biosphere area, will now transfer this project to the conditions in the Großes Walsertal. The tried-and-tested mapping and evaluation method records not only the location but also characteristics such as spring size, temperature, cultural-historical significance, flora and fauna as well as potential human influences. As an alternative to analogue recording, the Qfield app is also being adapted so that walks in the Großes Walsertal can quickly become small research trips.

As a model region for sustainable development, the biosphere reserve bears a special responsibility for the long-term protection of natural springs. We are committed to securing the supply of drinking water and simultaneously protecting the habitat for rare species. At the same time, we must ensure that the springs are utilised in the most environmentally friendly way possible to supply humans and animals.

As a first step, spring locations are to be recorded and mapped across the valley. In order to realise this as comprehensively as possible, we need the help of motivated people in the Großes Walsertal. The necessary knowledge and tools for the survey will be provided on Saturday, 12th October 2024, from 10:00 to 16:00 in a joint workshop at the Biosphärenpark.Haus. After the course, including a short excursion, all participants will know about these sensitive habitats and will be able to locate and document spring sites and make initial determinations regarding the type of spring. They will also gain an insight into the fauna specific to springs and learn what conclusions can be drawn from the existing spring fauna.

If you are interested, please register in advance with our Klar! manager Lukas Ellensohn at This email address is being protected from spambots. You need JavaScript enabled to view it.. He will send you all further details about the programme.

Your cat - our researcher

Attention cat owners in Vorarlberg! Under the motto "Show me your mouse, cat!", we are collecting dead mice and other small mammals that your cat brings to your home. From June to November 2024, you can hand in these "gifts" from your cat to us or other collection points in Vorarlberg. The aim of this campaign is to obtain as much data as possible on our native small mammals for the compilation of the Vorarlberg Red List of Small Mammals.

A project as part of the Vorarlberg Red List of Small Mammals

HOW DO I COLLECT A DEAD MOUSE?

Because dead animals can carry pathogens or parasites, the following principle applies: Do not touch a dead animal with your fingers!

Therefore, please proceed as follows:

• Take a plastic bag (e.g. freezer bag) and put your hand in it.
• Grasp the dead mouse with your hand in the plastic bag.
• While holding the mouse with one hand, run your other hand along the edges of the bag over the mouse in your hand.
• Use a pencil to write down the following information about the find on a piece of paper: your name, address, telephone number, e-mail address, date or use the form for reporting  (in German) a find. Only fully completed forms result in a scientific data record and can/may be recorded.
• Place the slip of paper in the plastic bag with the mouse.
• Seal the plastic bag tightly and in a space-saving manner (no air in the bag if possible)
• Place the plastic bag in the freezer.
• Take the plastic bag to inatura or one of the collection points at the next opportunity. Please do not allow it to thaw (cool bag/box with cool packs).

If you follow this simple method, you are on the safe side.

PLEASE DO NOT SEND THE DEAD ANIMALS BY POST! THE ANIMALS ARE THEN NOT SUFFICIENTLY COOLED AND DECOMPOSE VERY QUICKLY. PLEASE ONLY SEND ANIMALS WITH FUR (NO BIRDS, REPTILES ETC.)!

Small animals - little knowledge!

There are 29 species of small mammals in Vorarlberg. These include representatives of the dormice, birch mice, true mice, shrews, voles, hedgehogs and moles.

We do not know much about the distribution of small mammal species in Vorarlberg. The available data is poor. But it is precisely this data that we need in order to compile the Vorarlberg Red List of Small Mammals. And that's not so easy - because many of the small animals live very hidden lives and are difficult to find. And this is where your cat comes into play. Its hunting instinct makes it a predator - and therefore a co-researcher for us!

The cat in the service of science

Around 24,000 cats live in Vorarlberg (Statistics Austria 2019/2020).

A cat brings home 1/10 of its prey. However, these "gifts" are not usually met with joy by humans and so the small mammals are disposed of as quickly and inconspicuously as possible.

Unfortunately, it has to be said. Because these prey animals provide valuable information. As dead animals, they can be clearly identified to species. Information on sex, body mass and reproduction can also be obtained from the respective species.

You can find information about our small mammals in Vorarlberg at www.laendlemaus.at (in German).

What is close to our hearts!

So that we are not misunderstood - we are expressly not encouraging you to "send your cat hunting" more often (if that is even possible)! But we do think that if mice and other small mammals are already dying, then their deaths should still have a benefit for scientific research.

Free-roaming cats prey on small mammals, amphibians, reptiles and birds. You can find out how you as a cat owner can enjoy your cat and protect birdlife at the same time at www.birdlife.at.

What data is required?

Your name, address, telephone number, e-mail address, date found.

Please use the report form (in German) and fill it out in pencil.

Only with this information can your dead small mammal be used scientifically!

When can dead small mammals be handed in?

From June to November 2024, dead small mammals can be handed in at inatura and at the drop-off points.

Where are the drop-off points? You can find the list of drop-off points on the project website.

Further information on the "Show me your mouse, cat!" project can be found on the project website.

The project is being realised by the nature museum inatura Erlebnis Naturschau Dornbirn together with apodemus OG - Privates Institut für Wildtierbiologie.

Project duration: June - November 2024

Project management:

Dr. Christine Resch, Dr. Stefan Resch, apodemus OG - Privates Institut für Wildtierbiologie www.apodemus.at

Project organisation:

Dipl.–Biol. Anette Herburger, Teamleitung Forschung der inatura Erlebnis Naturschau GmbH

www.inatura.at

State-of-the-art DNA technology and citizen science - "Frog in a drop of water" unleashes new prospects for amphibian research

Detective work for amphibian protection - for the first time, amphibian screening is being carried out throughout Austria by detecting their DNA traces in water - and everyone can take part. Amphibians - including frogs, toads, toads, salamanders and newts - are strictly protected in Austria. Nevertheless, populations are continuously and in some cases dramatically declining, which is mainly due to habitat loss.

Natural, private garden ponds can play an important role. They act as important possible retreats, but are usually not accessible to the public. In addition, there are often small and amphibian-rich waters that are only known to those familiar with the area. This is where citizen scientists come into play: Their efforts make a valuable contribution to species records and data on the distribution of the amphibian fungus Batrachochytrium dendrobatidis, or Bd.

Interessierte aus ganz Österreich konnten sich bis Ende März bewerben, Ende April wurden 1.120 Beprobungskits versendet. Über eine kinderleichte Probennahme können die kostbaren DNA-Spuren, die von Lebewesen im Wasser hinterlassen werden, herausgefiltert werden. Durch eine einfache Wasserprobe kann also die Artenvielfalt im Teich, sowie das Vorkommen von Bd erfasst werden. Dazu wird der fertige Filter an die Uni gesandt, im High-Tech Labor analysiert und bioinformatisch ausgewertet. Die Ergebnisse werden im Herbst 2024 veröffentlicht.

Videos zum Projekt

What can we do to protect our wetlands and floodplains in Europe? What does the water management need to implement measure for the benefit of both the environment and the human society?

The Horizon Europe project Restore4Life aims at offering an online system that supports the restoration of wetlands in Europe. One important aspect is the development of easily applicable and meaningful methods to assess the state and functionality of wetlands before and after the restoration. This enables us to see whether the measures are sustainable for the future of the wetlands, for the climate and for us. 

Why Citizen Science?

The integrity of wetlands can be assessed via a multitude of factors. Biodiversity indicates the health of the ecosystem, plant biomass shows how much carbon can be stored. In order to assess these data across Europe, we need methods which can be used also by non-experts. Together with Citizen Scientists, we want to develop, adapt, test, and optimize such methods so that we can offer them to other countries willing to implement restoration activities. We especially invite school classes to participate in our project. 

The opportunities for joining the project are manifold: you can determine bird species via their songs, estimate the diameter and height of trees, evaluate orthophotos and satellite images, and many other things.

Where:            

• March-Thaya-floodplains near Hohenau
• Salzach-Floodplains

Mosquito Alert is a citizen science project that allows tiger mosquitoes and other mosquitoes to be easily reported using a free app. Tiger mosquitoes are always smaller than a 1-cent coin, have a single white line on the back of the head and thoraxand white stripes on the body and legs. The submitted photos are examined by national and international experts and the finds are then displayed anonymously on a publicly accessible map.

Tiger mosquitoes are non-native mosquitoes that originally come from Asia. In recent decades, this species has spread widely in Europe. Tiger mosquitoes are not only a nuisance, they can transmit a variety of pathogens (e.g. the Zika virus or the dengue virus). If tiger mosquitoes spread in Austria, these diseases could also be transmitted in our country. In addition to tiger mosquitoes, other mosquito species can be reported with the app. These are the also non-native species Japanese bush mosquito, Korean bush mosquito and the yellow fever mosquito, which has not yet been detected in Austria. These species are also capable of transmitting certain pathogens and could displace native species. Furthermore, finds of the native common house mosquito can be reported. This is the most important of the native species in the spread of pathogens (e.g. West Nile virus).

Background 

The recording of the spread of mosquito species in a country is usually carried out by labor-intensive and costly monitoring projects carried out by experts. Since comprehensive expert monitoring is difficult (and not affordable), reports from citizens often represent a valuable addition to such monitoring projects. For example, the first findings of the Asian tiger mosquitoes in Vienna were reports made by citizens. To offer citizens a tool to report possible tiger mosquitoes and other non-native mosquito species as uncomplicated as possible, the app “Mosquito Alert” was developed. This project, originally from Spain, has been running since 2014 and is coordinated by the institutions CREAF (Centre de Recerca Ecològica i Aplicacions Forestals), UPF (Universitat Pompeu Fabra) ICREA (Institución Catalana de Investigación y Estudios Avanzados) and CEAB-CSIC (Centro de Estudios Avanzados de Blanes). In Spain, more than 18,300 mosquitoes have been reported with the app so far. As part of the AIM-COST5 (AIM = Aedes Invasive Mosquitoes, COST = European Cooperation in Science and Technology) and Versatile Emerging infectious disease Observatory (VEO) projects, the app, via which the mosquitoes are reported, was adapted to the European situation in 2020 by expanding the range of species and the app is now available in 18 different languages. The project is coordinated by AGES for Austria and is carried out in cooperation with other national experts from Vetmeduni Vienna (Priv.Doz. Dr. Hans-Peter Führer, Dr. Maria Unterköfler) and the University of Vienna (Carina Zittra, PhD). If a participant sees one of the target species (instructions for recognition and differentiation are included in the app), one or more photos of this finding can be uploaded using the app. It is important to ensure that the pattern on the thorax and the hind legs is clearly visible, as these are decisive for species identification. The uploaded photos are then examined by three (of approx. 50) experts, at least one of whom is a national expert. They then decide whether it is one of the target species, and if so, which one. Due to the visibility of the identification features in the photo, a find is either “definately” or “probably” assigned to a certain species. The reported findings are displayed anonymously on a publicly accessible map together with the photo. This map could then support health authorities or mosquito control programs in finding out where intervention is necessary. The collected data set is also freely accessible and provides scientists with important information about the distribution of the recorded species. In addition, publicly accessible breeding grounds can be reported via the Mosquito Alert app, which are then also displayed on the map. This can support the implementation of control measures, as it shows where there is still a need for action. Furthermore, mosquito bites can also be reported. This information is not currently displayed on the map but could also indicate in the future where the nuisance for citizens is particularly high and therefore measures may be necessary.

Overview of mosquito species

Citizen Science Seminar

In spring 2024, poject coordinator Karin Bakran-Lebl held a lecture about mosquito alert as part of the lecture series "Citizen Science Seminar" at the University of Natural Resources and Life Sciences Vienna (BOKU): "Mosquito Alert: In search of the tiger mosquito with Citizen Scientists" (in German). At the end of this page you can watch the video recording of the lecture. 

Podcast episode

In July 2024, project coordinator Karin Barkan-Lebl was a guest on the Österreich forscht podcast Wissen macht Leute - you can listen to the episode here (in German).

More information (in German)

• Details and preliminary results
• Annual Report 2022

The AmphiBiom project is focused on the study of the European green toad in Austria. With the support of Citizen Scientists, we investigate the distribution of this endangered amphibian species, which, as a typical pioneer species, can quickly colonize newly emerging water bodies.

Therefore, the European green toad is an ideal species for projects to investigate the distribution status through call monitoring and the installation of small water bodies with the support of the Citizen Science Community. With AmphiBiom we want to show that everyone can support the survival of this protected species with just a little effort. Already through these small but valuable measures, the general awareness that is needed to better understand species and habitat protection measures, is strengthened.

Project background

Amphibians are among the most threatened animal taxa in Austria and worldwide. The reasons for this include habitat destruction and degradation, fungal diseases, and changes in land use. For some amphibian species, despite many disturbances, agricultural areas or even cities also represent important habitats. The natural spawning grounds of the European green toad, are steppe lakes filled after rainfall or ponds formed after flooding with strong sunlight. With a few exceptions, the natural spawning habitats of the European green toad have largely disappeared in Europe. In addition to these near-natural water bodies, artificial water bodies or puddles filled after rain showers are often accepted by European green toads today.

The importance of alternative habitats

The disappearance of fallow land and closure of gaps between buildings, leads to a deterioration of the conservation status of the green toad in rural areas as well as in inner-city areas. Countermeasures, such as the provision of replacement habitats, can prevent this negative development. The initiative for the creation of small water bodies, which is scientifically accompanied in the AmphiBiom project, not only forms an additional spawning offer for green toads and other threatened amphibians (e.g., Yellow-bellied toad). It gives us the opportunity to study the succession and progressive colonization of water bodies by diverse pioneer fauna.

The contribution of AmphiBiom to the conservation of the green toad

This project uses Citizen Science to study this pioneer species in order to investigate its distribution in areas that are often inaccessible for research (e.g., private gardens) and to actively involve citizens in the project.

In addition to creating new habitats for the green toad and other amphibians, we are also using the power of citizen science to launch an Austria-wide, app-based amphibian call monitoring programme. With its high-pitched warbling, the green toad is certainly one of the most beautiful calling amphibians in Austria, but it is not the only one with a characteristic song. For example, tree frogs and toads can also be clearly identified by their song. As part of the AmphiBiom project, we invite interested people to use our mobile phone app "AmphiApp" to record amphibian calls in their neighbourhood and thus contribute to the knowledge about the distribution of these protected animals.

In a further step, the complementary evaluation of already existing protection measures will clarify in which areas such measures (still) make sense, or where they could contribute to the resurgence of populations classified as extinct.

Podcast episode

If you would like to learn more, you can listen to the Wissen macht Leute podcast episode about the project (in German). More information can be found here.

Dieses Projekt wird durch den Biodiversitätsfonds des Bundesministeriums für Klimaschutz, Umwelt, Energie, Mobilität, Innovation und Technologie gefördert.

Wanted - Garden dormouse in Vorarlberg

The garden dormouse, which is active at dusk and at night, has probably the most contrasting coat colouration among the small mammals in our latitudes. It prefers coniferous and mixed forests with rocky ground as its habitat. Little is known about its occurrence in Vorarlberg.

In a citizen science research project, the inatura - Erlebnis Naturschau Dornbirn was therefore searching for the garden dormouse in Vorarlberg in cooperation with the apodemus institute.

The "Garden dormouse" project has been completed. If you have spotted a garden dormouse, your observations are still welcome and you can report them on the laendlemaus.at platform.