Are swallows nesting at your house or in your stable? Have you seen a badger in the middle of town? Or do you regularly observe a kestrel in your garden? We are interested in your observations in rural settlement areas!

Ural owl resettlement

The resettlement of the Ural owl is led by a team of researchers headed by ornithologist Richard Zink at the Austrian Ornithological Centre at "Vetmeduni" Vienna. The goal is the "Come Back" of the big owl into the forests of Austria. A new occurrence in the alps creates an essential link between the populations south (Slovenia, Italy) and north (Germany, Czech Republic) of the Alpine republic. Individual owls migrating between these populations ensure gene flow within the European metapopulation - the survival of the rare large owl can thus be ensured in the long term.

The designation of protected areas and the gradual conversion to sustainable forest management improved the living conditions for the Ural owls in Austria. Based on this, the project was requested by an international delegation of experts in autumn 2006. The Austrian release sites were selected for the protected areas "Wienerwald Biosphere Reserve" and the "Wilderness Dürrenstein", which offer the newcomers optimal survival conditions due to their ecologically particularly valuable forest stands. The project is based on the successful reintroduction that has taken place in the Bavarian Forest National Park (D) in the last century.

15 years after the first release of Ural owls in 2009, successes can already be recorded in the reintroduction project. The current population of Ural owls in the reintroduction area is estimated at about 50 territories. Since 2011, the reintroduced Ural Owls have also been breeding successfully in the open. The breeding success is subject to annual fluctuations, which are based on mouse gradations. Since then, at least 278 young Ural owls have been hatched in the wild and 516 released (as at end of 2023). You can report observations of Ural owls directly to the project team on our website.

Based on these successes, the focus of the project is now on increasing the genetic diversity of the Ural Owl population. This should ensure the long-term existence of the reintroduced population. Together with 25 breeding partners throughout Central Europe and around 50 breeding pairs, the project team is working towards this goal.

In order to give some assistance to the Ural owl, which does not build its own nests, approximately 550 nesting boxes have so far been installed in suitable forests in Eastern Austria with the help of a large number of landowners. You are a landowner with forest ground, you are enthusiastic about the Ural owl and would like to enable the installation of a nesting box? Or do you have time and want to support the project in spring by regularly checking one of our nesting boxes?

Get in contact with the project team - we look forward to meeting you!

"Pilzfinder" - what it's all about

Until a few decades ago, knowledge of wild edible and poisonous mushrooms was widespread. Especially the older population knew about the seasonal occurrence of the mushrooms. Finding mushrooms is a popular hobby for young and old, which is accompanied by great experience. In order to preserve and extend this knowledge and above all to bring it closer to the younger generation, the Mushroom Finder is now available. Due to the global warming of the last few years, the occurrence of mushrooms and the species spectrum is increasingly shifting. The consequences of global warming affect especially higher altitudes. Many fungal species have dispersal and adaptation strategies to respond to climate change, but there is a direct threat to arctic-alpine fungal species. Distribution records from different European countries show that the mushroom season is prolonged as a result of global warming, i.e. fungal fruit bodies today appear over a longer period of the year. The time of appearance is also often shifted further back in the course of the year. With the active assistance of the Mushroom Finder, these changes in the fungal world can now be recorded and incorporated into scientific evaluations, because mushrooms react immediately to the changing temperature development.

Within the framework of this project, Citizen Scientists collect fungal and phenological data. Via Pilzfinder the scientifically founded data are transferred to the "Database of Fungi of Austria" of the "Austrian Mycological Society" with the next update. The project Pilzfinder aims to comprehensively document the occurrence and distribution of fungi in Austria and beyond and to present and evaluate the available data. By comparing the distribution data, correlations between the temperature profile and the occurrence of the fungal species can be researched and thus the effects of climate change can be analysed.

With the Mushroom Finder you can actively contribute to the survey of the occurrence and distribution of the fungi by observing and photographing. Since the Mushroom Finder was launched, 14,595 finds have already been reported and 43,381 photos uploaded (as of October 2022)!

On request, we are happy to provide reports for non-commercial purposes, of course also for the reporters themselves. All scientific results are published in open access/and peer-reviewed journals. There will also be an annual report on the reports in the "Mitteilungen der Österr. Mykolog. Ges.".

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.

Interactive map:

Image gallery

(click on photos to enlarge them) 

• Psathyrella piluliformis Psathyrella piluliformis
• Agaricus Agaricus
• greasy green brittlegill (Russula heterophylla; to the left, edible), death cap (Amanita phalloides; to the right, deadly poisonous) greasy green brittlegill (Russula heterophylla; to the left, edible), death cap (Amanita phalloides; to the right, deadly poisonous)
• Microbotryum pustulatum (Microbotryaceae) on knotweed Microbotryum pustulatum (Microbotryaceae) on knotweed
• Myriosclerotinia scirpicola Myriosclerotinia scirpicola
• Osmoporus odoratus Osmoporus odoratus
• Bare-toothed Russula (Russula vesca) Bare-toothed Russula (Russula vesca)
• Sparassis brevipes Sparassis brevipes
• Fly amanita Fly amanita
• Pig’s ear (Gomphus clavatus) Pig’s ear (Gomphus clavatus)
• Trametes Trametes
• Common morel (Morchella esculenta) Common morel (Morchella esculenta)
• Fire sponge (Phellinus igniarius) Fire sponge (Phellinus igniarius)
• Lentinus tigrinus Lentinus tigrinus
• Black cereal rust (Puccinia graminis) Black cereal rust (Puccinia graminis)
• Kuehneromyces Kuehneromyces
• Neoerysiphe galeopsidis (powdery mildew on nettle) Neoerysiphe galeopsidis (powdery mildew on nettle)
• Tulostoma brumale Tulostoma brumale
• English name unknown English name unknown
• Diatrype stigma Diatrype stigma
• red-belted conk (Fomitopsis pinicola) red-belted conk (Fomitopsis pinicola)
• Steccherinum ochraceum Steccherinum ochraceum
• sulphur tuft (Hypholoma fasciculare) sulphur tuft (Hypholoma fasciculare)
• fairy ring mushroom (Marasmius oreades) fairy ring mushroom (Marasmius oreades)
•  

Karst and cave documentation

The Working Group on Karst and Caves (KHA) of the Natural History Museum Vienna cooperates closely with the Speleologic Society in Vienna and Lower Austria, but also with other groups of the Austrian Speleological Association (VÖH). The KHA is primarily active in the eastern part of Austria. Working in the terrain requires some physical fitness, surefootedness and a sense of orientation, as marked paths are usually abandoned. However, interesting objects can be found at all altitudes and terrain forms; therefore, participation is possible at any age.

Cave entrances are searched for in the area, their position (coordinates) determined and photographed. The documentation of karst forms (dolines, karst springs, shrinkage etc.) is of interest as well. Enthusiasts have the opportunity to learn how to survey caves and how to draw cave maps!

Who can participate?

Interested people aged 14 and over who like to walk off the beaten track.

Period

A participation is possible right away; the end of the project is not foreseeable.

Where?

Primarily in Eastern Austria, but also throughout Austria.

What kind of data is collected?

• Determination of the coordinates of cave entrances and karst forms (by means of GPS, laser scan, aerial photographs, etc.)

• Photodocumentation of karst forms and caves

• Mapping and surveying of caves after previous training possible

Roles in the project

• Project management: Overall coordination of the project

• Project coordination: Data management

• Project participants (Citizen Scientists): data collection and processing

Contact

Click here to go to the website of the Speleological Society of Vienna and Lower Austria.

If you are interested and have found something or would like to make an appointment, please contact us by phone or e-mail:

Mag Dr. Lukas Plan
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Tel.Nr.: +43 1 5230418-10

Dipl.-Geogr. Pauline Oberender
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Tel.Nr.: +43 1 5230418-14

The dates listed here do not claim to be correct or complete. If you are aware of any dates that are not listed here, or if you discover an incorrect entry, please contact us at This email address is being protected from spambots. You need JavaScript enabled to view it..

Events

Call for Sessions/Workshops/Papers/Posters/Participation

Funding

Austria

European Union

Manuscripts – Journal Special Issues

Call for Jobs

Trainings

Currently we are not aware of any open calls for trainings. If you know of any open calls please let us know via This email address is being protected from spambots. You need JavaScript enabled to view it..

Project activities

The project “GeoMaus” collects information about the distribution of small mammals in Austria, Germany and in Switzerland. Nature enthusiasts are invited to report their observations to learn more about the occurrence of small mammals. Two identification keys (text key and decision tree), information on trace images and on the appearance, biology and way of life of the species will help. The report is made using a form through which the required data such as species, location, date and photo (optional) can be transmitted. An adapted mobile version simplifies the input in the terrain and features a location search function. The received data can be retrieved on a map after a processing time of about one week.

What are small mammals?

The term "small mammals" does not describe a taxonomic group in the strict sense. They are usually the relatively small representatives of mammals from the orders of rodents (Rodentia), shrews (Soricomorpha) and hedgehogs (Erinaceomorpha). What they have in common is that they do not exceed a certain body weight. Depending on the author, the upper limit varies between 120 g and 2 kg and is usually 1 kg.

Why do we need to collect data?

Information on the regional distribution of small mammals is unfortunately rare. Every discovery and every observation is therefore important and contributes to a better understanding of the animals and their habitat. Moreover, small mammals can only be involved in species protection projects when their distribution is known. However, targeted detection is usually very time-consuming. Discovery reports therefore serve as good hints to pay more attention to certain small mammals.

Where can small mammals be found most likely?

• caught by house cats
• on paths and roads
• in fields, especially after mowing
• in the garden, for example near bird houses
• in huts and barns

What information is required?

1. place of discovery
2. date
3. type of detection
4. habitat
5. photographic documentation (optional)

How are the discovery reports evaluated?

Reports with photos are very valuable. For example, garden dormice, edible dormouse, forest dormice, hazel dormice, striped field mouse or moles can be identified safely and reasonably when they are photographed. Species that can only be clearly identified using biometric measurements and observations without evidence are only used to a limited extent in purely scientific publications. But here too, reports of findings are important, as they provide valuable information on the distribution of the species, facilitating research and protection.

What happens to the collected data?

The data is used for scientific publications (e.g., Atlas of Mammals of Upper Austria) and projects (e.g., laendlemaus.at).

Participatory exploration of the "Kremser scorpion” (Euscorpius tergestinus) with school students

"Triestino scorpion" (Euscorpius tergestinus - still listed as E. carpathicus in the Red List of NÖ), which are threatened with extinction in Lower Austria, exists as an archaeozoon in Krems. This population is an isolated north-eastern outpost of the distribution area. Since 2019, sightings of these animals have been collected together with students of the BRG Krems Ringstraße 33, a UNESCO school, with the participation of the population. The students' questions to the population not only lead to reports of findings, but also to many stories that are linked to the encounters with the animals. The participatory approach not only collects data on the distribution of the animals, but also sketches a picture of people's attitudes towards them.

The first results have already been published: The good news: it still exists, the "Kremser Scorpion"! A population exists in a small area in the city. The research results have been published online in the journal "Biodiversity and Conservation Biology in Eastern Austria (BCBEA)". As throughout the project, the project team shared the work and all team members contributed to the article. This article is an example of how citizen science with lay people and closely participatory with motivated students can create local knowledge around a conservation object. In the course of the project, further questions have emerged that will continue to occupy a new generation of pupils in possible follow-up projects.

In this respect, we are still grateful for ongoing sightings, reports and stories!

Citizen Science Seminar

In 2022, poject coordinator Martin Scheuch held a lecture about the Kremser scorpion as part of the lecture series "Citizen Science Seminar" at the University of Natural Resources and Life Sciences Vienna (BOKU): "The Scorpion of Krems - Success with School & Citizen Science" (in German). At the end of this page you can watch the video recording of the lecture.  

Project partners

“Homegrown - There is nothing like a homegarden”

Project description

With their variety of plant species and the experience of the gardeners, rural home gardens constitute an integral component of the cultivated landscape in the Lienz district, East Tyrol. Together with pupils of the BG/BRG Lienz school (and biology, math/physics and English teachers), scientists are investigating rural home gardens, including stocks of plant species and the use of plants. These results will be compared with those taken 20 years ago from the same gardens and will help to identify changes in gardens and their cultivation. These diachronic perspectives allow a precise and empirically established overview of changes in rural home gardens in the countryside of an industrial and services-focused state, in the context of demographic and economic changes and the search for a new identity.

To gain a better understanding of the local perception of the significance of rural home gardens, observations from gardeners and their neighbours concerning ecosystem services in gardens and their significance will also be recorded.

The project will also investigate cultivation techniques that adapt to extreme weather or ensure sustainable growth. It will also find out why people grow gardens and which values and approaches guide their behaviour or actions in gardens.

As part of an additional citizen science module, the local population in East Tyrol and Oberen Drautal will be combined. The module appeals to gardeners who are interested in taking surveys in their gardens, according to methodological direction and by monitoring their gardens, so as to demonstrate the material and immaterial ecosystem services in gardens. These gardeners and the cooperating young people will be trained in simple quantitative and qualitative survey methods for this purpose. This will take into account the opportunities that depend on the education and experience of each individual participant.

The starting point for developing analogue survey tools for the researching gardeners is a universal T-card office planner (49 x 47.3 cm, 7 panels, light grey) with 20 slots and 7 columns. The card slot system provides a weekday structure (Monday to Sunday), an hourly structure (6 a.m. to 10 p.m.) and six variables for recording ecosystem services.

On the universal T-card planner, the gardeners use the provided weekday and time scales with differently coloured slots to record the following specific information in writing about the individual ecosystem services during the recording period:

• Provisioning services, such as the yield of vegetables and fruits from the home garden (name of the person harvesting, time and duration, name of the harvested fruits and vegetables, the amount harvested and its respective use).
• Regulating services, such as birds, insects or pests in the home garden (name of the observing person, time and duration, name and number of birds, insects or pests observed).
• Cultural services, such as cultivation techniques in the home garden (name of the person cultivating, time and duration, tools used, etc.) or activities in the home garden when used as a place for relaxation and leisure.

The time spent in the garden will be recorded with a simple stopwatch. Some plant materials will be weighed out with simple, easily available kitchen scales. The card slots will be placed somewhere protected from weather or positioned where they are in the gardener’s view. This location will be decided on site with the gardener.

The duration of collections using the card slot system will be calculated at at least a week and will then be passed on to another gardener. Seven card slot systems will be prepared. The recordings ran from 1 August to 31 August 2018.

Through the participation of citizen scientists, a continuous observation and record of local perception (emic viewpoint) of the ecosystem services of home gardens is guaranteed. The methods were proposed by a gardener from the region being researched and were discussed/considered together with other gardeners from the area. The citizen scientists were actively involved in data acquisition and collection, data analysis and interpretation and the publication of results in the project report, scientific journals and conferences and in local media (dolomitenstadt.at). The collected data was continuously documented and stored by scientific guardians. Interim and final results were returned to the participating gardeners as part of the “give back” culture in the citizen science final event (“Gartenfest”).

Project collaborators

Heidemarie Pirker

Brigitte Vogl-Lukasser

Partners

BG/BRG Lienz (Renate Hölzl, Arno Oberegger, Hansjörg Schönfelder and the pupils of class 6b (from academic year 2018/2019: 7b).

Marie-Luise Wohlmuth (workshops on soil biology)

Ramona Walder (photography)

Peter Werlberger (video)

Gerhard Pirkner (dolomitenstadt.at)

Germain Weber & Team (Faculty of Psychology, University of Vienna)

Christian Ragger (REVITAL - Integrative Naturraumplanung GmbH)

Image gallery

(Click on an image to enlarge)

In this project, citizen scientists studied the breeding behaviour of greylag geese and northern bald ibises. The project was run by scientists of the Konrad Lorenz Research Center (Grünau im Almtal, Upper Austria).

Since its foundation in 1973, the Konrad Lorenz Research Center (KLF, a core facility of the University of Vienna) has been engaged in research on avian social systems. Three bird species in particular are used as models: greylag goose, raven and northern bald ibis.

What was it about?

This project investigated the relationship between behavioural patterns and breeding success in two bird species (greylag goose, northern bald ibis). The selected species use different strategies: greylag geese are long-term monogamous, the female alone incubates the eggs, and the goslings are precocial, meaning that they are relatively mature and mobile from the moment of hatching onwards.

In the case of the seasonally monogamous northern bald ibis, both pair partners care for the nest and the hatchlings are altricial, meaning that the young hatch featherless and unable to walk on their own. They require parental care for feeding and stay in the nesting area until fledging.

Aims of the NestCams project

Together with citizen scientists, researchers aimed at finding out why some pair-partners within a flock are more successful than others in breeding and raising the offspring 

Who could participate?

To participate in the NestCams project participants needed a computer with internet access. 

How could one participate?

Participation was possible on the online platform Zooniverse.org in English and German and without registration. In order to be able to get in contact with the project members in the "Talk", registration was necessary. 

News:

Update 30.03.2021: The goal of 15000 videos has been reached! More videos are now ready for evaluation - the more videos, the more representative the data set will be. Many thanks for the support!

March 2021: Already 41,000 short videos of nesting greylag geese and northern bald ibis could be coded with the help of more than 5,500 citizen scientists! Greylag goose videos from the 2018 breeding season have all been analysed and those from the 2019 breeding season have been uploaded. The goal is to complete at least 15,000 videos in March and April 2021. To say thank you, small prizes will be raffled among all registered participants.

Publications

Rittenschober J., V. Puehringer-Sturmayr, & D. Frigerio, The relevance of a digital platform for the citizen science project NestCams, PoS(ACSC2020) (2021) Sissa Medialab. Proceedings of Science (PoS) Vol. 393. DOI: https://doi.org/10.22323/1.393.0009

Rittenschober, J., Kleindorfer, S. and D. Frigerio - The project design influences the quality of contributions in an online Citizen Science project - PoS(ACSC2023) (2023) Sissa Medialab. Proceedings of Science (PoS) Vol. 442. DOI: https://doi.org/10.22323/1.442.0014

The Konrad Lorenz Research Centre on Social Media

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Visitors of the Cumberland game park in Grünau im Amtal (Upper Austria) were invited to use an app to enter sightings and behavioural observations of greylag geese, common ravens and northern bald ibises and thus support research projects and the long-term monitoring of the Konrad Lorenz Research Center (KLF).

Since its foundation in 1973, the KLF (nowadays a core facility of the University of Vienna) has been dedicated to research on the social systems of free-flying birds. Especially three bird species are used as models: greylag goose, raven and northern bald ibis. As some aviaries of the KLF are located in the game park (e.g. free flight aviary of the northern bald ibises), the two institution share a close cooperation.

What was it all about?

The aim of this project was to monitor the spatio-temporal patterns of three model bird species (greylag goose, common raven, northern bald ibis). We wanted to find out, when and where which animals can be found. Do they have preferences for certain places within the game park or do they prefer the company of conspecifics? The free-flying birds of the KLF are individually marked (leg rings, wing tags), which makes it possible for Citizen Scientists to recognize the birds individually. 

Who could participate in the research?

Everyone who owns a smartphone and downloads the app "Forschen im Almtal". 

How could one participate?

To participate, you needed to download the app "Forschen im Almtal" to a mobile device and log in/register. When visiting the game park in Grünau im Almtal and seeing one of the three bird species (greylag goose, northern bald ibis, raven) citizens could create a spot on a map. Further information could be obtained from the app manual or by contacting the research team. 

For school classes and groups of 7 people or more, there was the possibility for a workshop and accompaniment during data recording; more information at: https://naturschauspiel.at/naturschauspiele-startseite/flattern-und-schnattern-im-almtal---buerger-schaffen-wissen-188984.

Publications

Pühringer-Sturmayr V, Rittenschober J, Gegendorfer G, Kleindorfer S, Frigerio D (2023). Assessing quality of contributions to avian monitoring by non-scientists: a case study on individually banded wild birds. Environ. Res. Lett. 18. DOI: https://doi.org/10.1088/1748-9326/acd073

Hirschenhauser, K., Frigerio, D., & Neuböck-Hubinger, B. (2022). Science Education and Beyond: Citizen Science in Primary School Potentially Affects Conceptual Learning and Socio-emotional Development. In A. Volvlas (Hrsg.), Citizen Science - Methods, Approaches and New Perspectives. Intechopen. DOI: https://doi.org/10.5772/intechopen.107532

Links

Project on the website of Uni Vienna

Proceedings of the Citizen Science Conference 2019