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

Interested groups (mainly school classes) can participate in this scientific project about the whereabouts of the greylag geese in the Cumberland game park in Grünau im Almtal (Upper Austria).

The social behaviour of the flock of greylag geese of the Konrad Lorenz Research Center (a core facility of the University of Vienna) has been monitored for more than 40 years. The birds are individually marked by coloured leg-rings and can move completely free.

What is it all about?

During the breeding season (March to June) the greylag geese generally spend part of the day in the game park. Aim of this project is to monitor the spatio-temporal patterns of the goose-families during the rearing period. The collected data provide information about the behavioural ecology of the greylag goose.

Who can participate in the research?

School classes and other groups who are interested in participating as Citizen Scientists in the research of the Konrad Lorenz Research Center.

How can one participate in the research?

In order to participate, school classes/groups are asked to register for a workshop with subsequent data collection on the website Naturschauspiel.

Equipped with a protocol sheet, goose list and a site plan and accompanied by a biologist of the Research Center, the pupils record sightings of greylag geese on their way through the game park. 

© Archive KLF 

Results

Puehringer-Sturmayr, Gegendorfer, Rittenschober, Szipl, & Frigerio (2018): Involving pupils/citizens in long-term behavioural biology research. Lessons learnt and future perspectives. In: Heigl et al. (2018): Austrian Citizen Science Conference 2018, Abstract Book, p. 34-38.

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 website (in English)

https://www.sparklingscience.at/de/projects/show.html?--typo3_neos_nodetypes-page[id]=1247

http://citizenscience.univie.ac.at/projekte-an-der-universitaet-wien/grass-graugaense-als-tiermodell-fuer-soziale-systeme/

http://www.wildparkgruenau.at

http://www.naturschauspiel.at/ 

The Konrad Lorenz Research Centre on Social Media

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Which are the most common bee viruses in Austria and are these viruses related to winter losses of local bee colonies? To answer these questions, 200 beekeepers from all over Austria are working as Citizen Scientists in the "virus monitoring" for three years (2018-2020). Each year in September they collect bees from five of their colonies and send them to AGES, Department of Apiculture and Bee Protection. In addition, they report the winter losses of their colonies. The samples are analysed for eight important bee viruses and checked whether the occurrence and severity of the virus infections are related to winter losses. The beekeepers are provided with the virus analyses of their colonies and thus learn more about the health status of their bee colonies.

According to current scientific knowledge, bee viruses, such as the deformed wing virus and the acute bee paralysis virus, are partly responsible for high winter losses. However, other viruses, such as the sacbrood virus or the chronic bee paralysis virus, also cause problems for bee colonies. Unfortunately, we currently only have selective knowledge about the occurrence and frequency of these bee viruses in Austria. Up to now, viruses have usually only been tested, when damage to bee colonies has already occurred. Research results from the USA and neighbouring European countries have shown, that many viruses occur just as frequently in inconspicuously appearing colonies as in clearly damaged ones. In order to make a statement about the frequency of bee viruses, both conspicuous and inconspicuous colonies must therefore be examined (= a representative selection).

"Virus monitoring" is a module of the project "Zukunft Biene 2", which is investigating Austria's bee health from 2017-2021 under the lead of Dr. Robert Brodschneider of the Karl-Franzens-University Graz. Research partners in the project are the University of Graz, AGES and University of Veterinary Medicine Vienna. The project is financed by the Federal Ministry for Sustainability and Tourism (BMNT), the Austrian Federal Provinces, the beekeepers' umbrella organisation "Biene Österreich" as well as in kind contributions of the Karl-Franzens-University Graz, Vetmeduni Vienna and AGES.

Citizen Science Seminar

In 2020, poject coordinator Linde Morawetz held a lecture about "Virus Monitoring" as part of the lecture series "Citizen Science Seminar" at the University of Natural Resources and Life Sciences Vienna (BOKU): "Beekeepers as Citizen Scientists: on the trail of bee viruses" (in German). At the end of this page you can watch the video recording of the lecture. 

Project team

• Citizen Scientists (sample and data collection): 200 beekeepers from all over Austria
• Project management (communication, reporting): Linde Morawetz
• Project implementation (elaboration and preparation of materials): Katharina Etter, Irmgard Derakhshifar, Hemma Köglberger, Rudolf Moosbeckhofer
• Analytics laboratory (method development, analysis): Adi Steinrigl, Sigrid Träger
• Statistician (statistical analysis): Antonia Griesbacher
• Project management overall project "Zukunft Biene 2" (project management): Robert Brodschneider
• Cooperation partners "Zukunft Biene 2" (consulting): Karl Crailsheim, Benjamin Lamp

Amphibians and reptiles under observation in Austria

Importance and evaluability of databases increase with the extent, the precision and the currency of the data stored.

The Natural History Museum Vienna, one of the largest non-university research institutions in Austria, houses more than 30 million objects from the fields of biology, earth sciences and human sciences. For 35 years, the Amphibian and Reptile Collection has also been collecting data on the historical and recent distribution of amphibian and reptile species in Austria. All distribution data are documented in the Austrian Herpetofauna Database (current data status: about 110,000 findings). In collecting observations, the Herpetological Collection is also dependent on the help of numerous volunteers who make their discovery reports and observations available for inclusion in the database. On the homepage www.herpetofauna.at one can report online amphibian or reptile observations, which are to be included in the database. The homepage was created about 15 years ago by dedicated "Citizen Scientists" and has been maintained by volunteers since then. There is also the possibility to report sightings analogously by mail (data entry form). In addition to localities and taxon, accompanying data such as habitat characteristics, endangerment, stage of development etc. are recorded. Only data that are photographically documented are processed. So far, more than 20,000 records from "Citizen Scientists" have been included in the database and are available for research.

If you know autochthonous amphibian and reptile species, we ask you to report your sightings to us.

Report observations online

Herpetological reports of sightings can either be entered on the page www.herpetofauna.at or sent by e-mail to This email address is being protected from spambots. You need JavaScript enabled to view it.. Since both reporting options store the data in the same database, we ask you to enter your observations only once and only in one place.

Report sightings by mail

For this purpose, a data entry form is available, which we ask you to print out, fill in and send to the following address or bring it to the museum.

Silke Schweiger
Herpetologische Sammlung
Naturhistorisches Museum
Burgring 7
1010 Wien

A separate survey form must be used for each reference site and observation period.

• Notes and explanations for completion
• Data entry form

Thank you for your cooperation!

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.

Further reading

Die Amphibien und Reptilien des Neusiedler See-Gebietes
181 Seiten, 316 Abbildungen
Bestimmungsschlüssel für alle im Gebiet vorkommenden Amphibien- und Reptilienarten
QR-Codes mit Amphibienrufen
Medieninhaber und Herausgeber: © 2015, Verlag des Naturhistorischen
Museums Wien, Burgring 7, 1010 Wien, Österreich, www.nhm-wien.ac.at. Nationalpark
Neusiedler See – Seewinkel Informationszentrum, Hauswiese, 7142 Illmitz, Österreich, www.nationalpark-neusiedlersee-seewinkel.at
ISBN 978-3-902421-95-1

We take care of our meadows and alpine pastures!

For more than a decade, hundreds of farmers have been saying "We look at our meadows and alpine pastures!".

The regular observations of the more than 700 participants impressively show that on more than 80 % of the monitoring plots in extensive grassland the number of individuals of the species observed has remained the same or even increased.

By observing the animals and plants every year, the perspective with which the farmers perceive their meadow changes and a process of more conscious action is set in motion.

Background

In monitoring extensive grassland, participants look at which management practices promote or inhibit the occurrence of individual plant and animal species.

The Austria-wide observations of plant and animal diversity provide new insights into the benefits of management in extensive grassland. (By extensive grassland we mean species-rich meadows that are mowed a maximum of two to three times a year or not at all or only slightly fertilized and gentle grazing.)

The species-rich grassland has been displaced by a frightening 90% since the 1960s due to structural changes in agriculture and land use change! The last occurrences of colorful flower meadows are therefore landscapes with a high number of species and important retreat areas for plant and animal diversity in Austria!

By regularly observing the development of indicator species, the meaning of different agri-environmental measures (ÖPUL) such as contractual nature conservation, organic farming (BIO) and environmentally friendly and biodiversity-promoting management (UBB) is made understandable and it is observed at farm level whether agricultural subsidies also have an effect on the area.

The nature conservation monitoring will show which type of management is well suited for the type of meadow under consideration and therefore leads to safe stocks of the observed indicator species. As a result, management requirements can be better evaluated on the basis of feedback from farmers and funding can be awarded in a targeted manner.

Participate

All farmers with (potentially) extensive meadows and pastures who take part in the agri-environmental measure ÖPUL “Organic farming (BIO)” or “Environmentally friendly and biodiversity-promoting management (UBB)” can take part. At the beginning there is an enrollment by an ecologist. It is agreed which indicator species are to be observed and counted annually. The participants then document the indicator species and the management of the meadow every year and enter the data on the online platform www.naturschutzmonitoring.at.

Project duration: until 2029

Information on participation:

• Hotline: +43 677 643 130 71
• Mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

Quotations of participants

„This year I deliberately left a patch of rambling bellflowers so that they could sow seeds. Now I am already curious whether they will be more next year!“

„This project is going places. My son wanted to reforest our rough pasture some time ago, because the fodder is worth nothing and mowing takes a lot of time. Since your expert showed him that there are a lot of rare animals and plants living in it, he hasn't said anything about it. He even helps me counting now.“

„What makes me particularly happy is that for once it is not about control or money, but about seeing and appreciating the beautiful aspects of our work.“

You can also follow the ÖKL on Facebook, Instagram and YouTube for further information.

Project management

Barbara Steurer
Österreichisches Kuratorium für Landtechnik und Landentwicklung (ÖKL)
Gußhausstraße 6
1040 Wien, Austria
www.oekl.at

We are tracing the Sculptured Resin Bee!

Home of the Sculptured Resin Bee (Megachile sculpturalis, Smith 1853) is far away in Japan, China, Korea and Taiwan. In 2008, the Sculptured Resin Bee was discovered in southern France as the first introduced wild bee species in Europe. Since then, the bee has been particularly active and dispersed rapidly throughout Europe. Together, we track down the Sculptured Resin Bee in Austria. 

Report your observations via email at This email address is being protected from spambots. You need JavaScript enabled to view it. or on Instagram.

You can also scan this QR-Code to go directly to the website:

The look of the Asian bee is remarkable

The sculptured resin bee has a unique appearance:

© Felix Fornoff 2020

Where you can find the Sculptured Resin Bee

The sculptured resin bee nests in cavities in dead wood. They often inhabit artificial nesting sites, so-called "bee hotels". There, the females build nests and take care of their offspring. Such aids are necessary since it cannot drill holes in the wood on its own, even though the body size and powerful jaws might lead you to believe otherwise.

• Lanner 2018 Lanner 2018
• Seiwald 2019 Seiwald 2019
• Topitz 2019 Topitz 2019
•  

Females prefer to collect pollen from exotic plants, which were frequently introduced in Central Europe as ornamental trees and shrubs. These ornamental plants decorate gardens and parks, such as the Japanese pagoda tree (Styphnolobium japonicum). As source of nectar, the sculptured resin bee often seeks out lavender or wisteria. Males of the Sculptured Resin Bee emerge earlier than females in the End of June until mid-July. Females appear a few weeks later and are active until about mid-September.

• Staggel 2019 Staggel 2019
• Redecker 2019 Redecker 2019
• Bila Dubaic 2020 Bila Dubaic 2020
•  

Introduced is not invasive

The sculptured resin bee is the first and so far, only invasive wild bee in Europe.

Citizen Scientists of this particular project provided important insights into the competitive behavior against native bees. Participants reported observations where females of the sculptured resin bee were evacuating preoccupied nests of native bees. Once they cleared out larvae and pupae, these females used the nests for their own offspring. Based on these observations combined with a recent study from France, the sculptured resin bee has to be considered as an invasive species.

Not every introduced species is per se a severe threat for native biodiversity. Every new species needs to be monitored closely in terms of potential consequences for its new environment. But if negative impacts are observable, the species must be considered as invasive.

Project aims

The monitoring program aims to locate the sculptured resin bee in Europe. We examine its rapid dispersal behavior, investigate its preferences in regard to plant and nesting site selection and to reconstruct its colonization history.

Additionally, we take a closer look at the genetics of the sculptured resin bee. With these lab studies we examine the bee’s immigration history. Based on our international network of experts, we aim answer various research questions like which microbiota colonizes the bee.

For more information, please watch our short clip:

This project also aims to sensitize the participants to the local fauna and get aware of wild bees and their protection. The citizen scientists get a feeling for the possible effects of intentionally and unintentionally introduced and invasive species. A new point of view is presented to the participants in regard to artificial nests and active interventions in ecological systems. Participants will be informed how simple actions can be taken to support wild bees and other insects. They will also become part of scientific processes and gain insight into research processes.

Our published results

Within the last few years, we studied the invasive bee together with our participants. We published the results in scientific articles by choosing Open Access Journals.

2020

The first results of the initiated citizen science monitoring program were published in 2020. Within only two years after starting the project, 111 new reports from Switzerland, Liechtenstein and Austria were recorded. The population progressed remarkably fast from year to year expanding its region geographically, but also ecologically. The distribution pattern indicates that Austria is situated in a rather young invasion stage so far. The article can be found here.

2021

We performed population genetic analyses including specimens collected in the framework of a citizen science project. The aim was to study the colonization history and investigate the degree of connectivity between bees across Europe. We detected multiple, independent introduction events of the species to the European continent. This article can be found here. 

For us, it was a special pleasure to publish an article describing the distribution of the invasive bee in Austria together with a Citizen Scientist. For the journal „Beiträge zur Entomofaunistik“ we introduced the sculptured resin bee as a new bee species for Austria. To read this article, you can click here (German).

  Spread of M. sculpturalis in Austria (2017-2020) © Lanner & Meyer 2020

In a review published in the journal BeeWorld, we describe the main characteristics of the sculptured resin bee, its life cycle and its current distribution in colonised regions. We discuss possible ecological impacts on native bees. We also explore the role of beekeepers in monitoring projects and argue why they are valuable participants in citizen science projects.
The review is accessible here.

2022

BeeRadar launched an international study consisting of 19 authors from all over the world: USA, China, France, Italy, Serbia, and Austria. Using complex model calculations (species distribution modelling), we identified regions that are colonised by the sculptured resin bee, and influencing factors for its spread. Most of the data was collected with the support of the public. Man-made landscape structures, such as road networks, settlements and ports and airports, facilitate the spread of the Sculptured Resin bee. Click here for the article.

Even though citizen science has its momentum in many western regions, it is a less explored research practice in Eastern Europe. Together with our colleagues from the University of Belgrade, we initiated a first ecological-focused citizen science project in Serbia. We present the currently known distribution of the sculptured resin bee in the Balkans and discuss the potential and challenges of participatory research and intercultural science communication in Eastern Europe.

Podcast episode

Project leader Julia Lanner was a guest on an episode of the Österreich forscht podcast "Wissen macht Leute" in August 2022 - anyone interested in learning more about the project can listen to the episode here (in German).

Citizen Science Seminar

In 2021, poject coordinator Julia Lanner held a lecture about BeeRadar as part of the lecture series "Citizen Science Seminar" at the University of Natural Resources and Life Sciences Vienna (BOKU): "The making of 'Wanted - Asiatische Mörtelbiene'" (in German). At the end of this page you can watch the video recording of the lecture.

Project partners

• Inatura Erlebnis Naturschau GmbH
• Entomologische Verein Bern
• Naturschutzbund Österreich
• Naturbeobachtung.at
• Pollinature Beehome

This project of the Austrian Alpine Association - a biodiversity monitoring above the timberline - increases our knowledge about alpine animal and plant species, their habitats and about the interrelationships of our actions and the effects on this sensitive living environment. The collected data on the 20 animal and plant species contribute to scientific questions on biodiversity in the Alps.

Message

Which animals live and which plants grow in our mountains? Within the framework of "Vielfalt bewegt! Alpenverein from young to old" the Austrian Alpine Club investigates the most elevated habitats in Austria - a project for mountain enthusiasts and everyone who wants to become one!

This project overseen by the Austrian Alpine Club is planned as a long-term study and should contribute to the preservation and promotion of biological diversity in the Alps. Biodiversity monitoring in the highest habitats in Austria is intended to inspire people with an affinity for the mountains.

Like all citizen science projects, this project also depends on its voluntary helpers, who observe typical animal and plant species of the Alpine region over a longer period of time and condense and pass on their knowledge about the Alpine habitat.

Aims of the project

The purpose of monitoring is to develop appropriate measures on the basis of the knowledge gathered, which can reduce the decline of species and secure or improve habitats for endangered species in the long term. The consequences of climate change (migration of some species to higher regions or changes in food resources) can also be demonstrated in this way. On the one hand, distribution maps are to be generated to provide information on the occurrence of the individual species and, on the other hand, the data are to be made available for publications etc. on request.

The project offers mountaineers the opportunity to experience nature consciously and attentively again in contrast to summit attempt and pressure to perform.

The project "Vielfalt bewegt! Alpenverein from young to old" provides knowledge about alpine species and the connections to the conservation of biological diversity in alpine habitats in an age-appropriate form for children, youths, parents and grandparents. The pillar for the long-term continuation of the project idea is the intergenerational exchange about nature, its habitats and species. Parents and grandparents become multipliers. In the course of this, cooperation with "Alpenvereinsjugend", which has been active in education for sustainable development for a long time, is also strengthened.

• Alpine salamander Alpine salamander
• Small Apollo Small Apollo
• Mountain Arnica (Wolf's bane) Mountain Arnica (Wolf's bane)
• Alpine chough Alpine chough
• Mountain avens Mountain avens
• Identifying species Identifying species
• Alpine Azalea Alpine Azalea
• Identifying species II Identifying species II
• Identifying species III Identifying species III
• Spotted Nutcracker Spotted Nutcracker
•  

Procedure

Different indicator species, which have their habitat above the forest line, were selected on the basis of various criteria  - including alpine ptarmigan, mountain avens, oak spider or mountain azalea.

Observations are made at any time and on any hike, as the whim takes you!

Compact identification guides for the selected plants and animals should make it easier for the observers to track down the species during their hikes. Exciting and informative stories serve as a reminder. Data from nature observation, such as geographical location, altitude, weather or a description of the habitat of the indicator species, can then be entered in clearly structured questionnaires. As a matter of principle, observations are only made along existing hiking trails in order to conserve flora and fauna. 

To make monitoring a little easier, a handy mapping guide was designed that can easily be taken into the field in addition to the 20 revised identification guides. In the mapping guide, the monitoring is briefly introduced again and it is explained where, how and when the 20 species sought can best and most easily be found. Selected identification sheets as well as the mapping instructions can be downloaded at the bottom of this page. A continuously updated distribution map can be seen here. The nature diary presents 20 animal and plant species that are typical for the Alpine region and also describes many helpful tips and tricks for observing them.

To record the observations, you can either use the web portal "Diversity moves, Alpine Association" or the app of the project. You can take photos directly with your smartphone; your location is automatically determined by the GPS transmitter. This way, if the internet connection is up and running, the observation can be transmitted directly to the web portal. If there is no reception, the data is saved locally in the app and sent to the web portal as soon as a connection can be found again.

How can you participate?

To take part in "Diversity moves! Alpine Club from Young to Old", you can register for the project via the registration form on the website. As soon as the registration is completed, you will receive a confirmation from the project team and can get started right away.

Memo Game

Within the project "Diversity moves! Alpine Club from Young to Old" (Biodiversity Monitoring), a beautiful memo game with 32 pairs of cards has been created. The drawn illustrations show different alpine animal and plant species that have their habitat above the timberline. In the enclosed booklet, in addition to the game instructions, all species are explained and their special characteristics highlighted. Sustainably packaged in a handy cotton bag, the game takes up hardly any space.

© Birgit Kantner

With the support of the federal government and the European Union within the framework of the implementation of the Austrian Programme for Rural Development 2014-2020.