Abstract:
Many bird species have experienced population declines in recent years and are forced to deal with climate change effects, causing some species to adjust their migratory patterns. While numerous studies have addressed this issue, research from Luxembourg is currently still lacking. Therefore, this study investigated how the migratory numbers of three rare breeding bird species have changed over a time period of 10 years. For this purpose, the ringing data of the two largest bird ringing stations in Luxemburg were analysed. The results showed over time an overall increase in migratory numbers for Bluethroats (Luscinia svecica) due to increasing numbers in fall that more than compensated the decrease in spring. There were no significant changes in migratory numbers for Sedge Warblers (Acrocephalus schoenobaenus) and Whinchats (Saxicola rubetra). These differing results underline the importance of migratory bird research and highlight the importance of stopover site conservation.
History: The nature reserve "Schlammwiss" was founded in 1982 by the foundation"Hellef fir Natur" (HFN). Afterwards the group "Letzeburger Natur- a Vullenschutzliga" (LNVL) founded the station "Schlammwiss". The station is leaded by the "centrale ornithologique Luxembourg" (COL), a part of the asbl. Natur & Emwelt. Due to the fact that Luxembourg doesn't have its own bird ringing central, we work in cooperation with Royal Belgian Instutitute of Natural Sciences. Therefore, we use rings from the Belgian Museum of Natural Sciences.
Location: The bird ringing station "Schlammwiss" is located in Luxembourg, between the communities Schuttrange & Munsbach. The nature reserve is part of the 375ha big Syrvalley and is an extremely important Natura 2000 zone. The reserve is periodicly flooded due to the Syr river, which is an important generator of biodiversity.
Research area: Around 30ha are used for researche, on a length of 1km and a width of 30-120m. The main area is covered by reeds and wetlands (20ha). Furthermore, the resarch area is subdivided and caracterized by an orchard, a forest, several ponds distributed throughout the reedbed and a purification plant (SIAS). The main techniques employed are mist nets and rail traps in order to realize population estimates (i.e. breeding population, migration, overwintering population) and survival estimates by Capture-Mark-Recapture. There are several projects running in the nature reserve and visitation are possible.
In March, our members who are mostly volunteers, have spent about 654 hours working at at the birdringing station
"Schlammwiss". This results in 514 hours ringing activities and 140 working hours at the station this month.
Thanks a lot for your help!
With this effort it was possible to capture 710 birds of 29 species (see the table left) this month at our station.
This number is subdivided in 300 E, 138 K and 1272 W. The total amount of individuals (E+K) is 438. This is lower (-10) than the mean number of birds caught at the station from 2001-2020 and higher (+194) than the number of last year.
None bird foreign origin has been caught.
E: first capture of this individual
W: recapture of an individual which was already captured this year
K: individuals which were ringed one or more years ago or individuals with a foreign country or station
TOP 5
species | n | ||
1. | EMBSCH | Reed Bunting | 55 |
2. | EMBCIT | Yellowhammer |
52 |
3. | PHYCOL | Chiffchaff | 46 |
4. | ERIRUB | Robin | 45 |
5. | PARCAE | Blue Tit | 35 |
Interesting birds captured:
species | n | |
1. | Accipiter nisus | 1 |
2. |
Luscinia svecica |
1 |
3. |
Passer montanus |
4 |
4. |
Rallus aquaticus |
2 |
5. |
Remiz pendulinus |
2 |
The first graphic below shows the current situation of birds captured this year in comparison of the median number of birds captured from 2001-2020. In addition, we include a new bar
chart with an more accurate time calculation. The bar chart is divided in the normal ringing activities, special ringing activities (e.g.: ringing Barn Owls, control of nest boxes,..) and time we
spent at the bird ringing station for further work or "other activities" (e.g.: replacing of nets, clearing net lines, visits,...).
In older calculations, only a time calculation was done on the basis of the ringing data. This time calculation was retained for graphs 2 and 3 so that the results can be compared with recent years.
The number of birds captured this year and working time this year (old calculation) in comparison of the mean number of birds caught in the years 2001-2020 and the mean working time from 2018-2020 is shown in the second graph below left.
In the second graph below right you can find a comparison of this year with the last three years.
In the graph on the left you can see the course of the ringed species compared to the days with open nets of each month. Furthermore, the mean value of species and the open nets days from 2018-2020 are displayed. The distribution of birds ringed and working time per day are illustrated in the graph on the left. The number of birds ringed is separated in E, W and K.
First spring arrivals captured:
Species |
Latin Name |
Date (2021) |
Date (2020) |
Date (2019) |
Late or early |
Water Rail | Rallus aquaticus | 23.1 | 23.2 | 31.3 | +31 |
Blackcap | Sylvia atricapilla | 13.2 | 17.2 | 31.3 | +4 |
Chiffchaff | Phylloscopus collybita | 20.2 | 2.3 | 10.3 | +10 |
Bluethroat | Luscinia svecia | 27.3 | 16.3 | 25.3 | -11 |
Sedge Warbler | Acrocephalus schoenobaenus | 28.3 | 27.4 |
7.4 |
+30 |
Stonechat | Saxicola torquata | 20.3 | 3.3 | 17.3 | -17 |
Firecrest | Regulus ignicapilla | 16.3 | 9.4 | ||
Goldcrest | Regulus regulus | 23.3 | / | ||
Black Redstart | Phoenicurus ochruros | 24.3 | / | ||
Willow Warbler | Phylloscopus trochilus | 30.3 | 1.4 | ||
Spotted Crake | Porzana porzana | 31.3 | / | ||
Barn Swallow | Hirundo rustica | 5.4 | / | ||
Savi's Warbler | Locustella luscinioides | 6.4 | 10.5 | ||
Aquatic Warbler | Acrocephalus paludicola | 19.4 | / | ||
Whitethroat | Sylvia communis | 19.4 | 8.4 | ||
Reed Warbler | Acrocephalus scirpaceus | 21.4 | 1.5 | ||
Lesser Whitethroat | Sylvia curruca | 21.4 | 14.4 | ||
Grasshopper Warbler | Locustella naevia | 21.4 | / | ||
Garden Warbler | Syvlia borin | 28.4 | 22.4 | ||
Wryneck | Jynx torquilla | 28.4 | / | ||
Great Reed Warbler | Acrocephalus arundinaceus | 18.5 | 22.4 | ||
Red Backed Shrike | Lanius collurio | 17.5 | 10.5 | ||
Marsh Warbler | Acrocephalus palustris | 10.5 | 13.5 |
The distribution of the age is shown in the pie chart below. You can find the exact amount in the table right. Birds with the age code 1 or 3 are considered as juvenile and birds with an age code of 4 or higher are registered as adults. Note that the age of birds with the code 6 or higher is (in the most cases) only possible to tell by recaptured birds (K). The age of birds with the code 2 is unknown.
Code | Amount | Definiton | |
C | 1 | older than four years | |
B | 4 | born four years ago | |
A |
7 |
older than three years | |
9 | 8 | born three years ago | |
8 | 9 | older than two years | |
7 | 20 | born two years ago | |
6 | 35 | older than one year | |
5 |
166 |
born last year | |
4 |
188 |
age unknown, but not born this year | |
3 | / | born this year | |
2 | / | age unknown | |
1 | / | nestling |
Foreign birds that we controlled this year:
Month | Species | Country | Central | |
March | Phylloscopus collybita | Germany | Radolfzell | |
All our sightings are registered by ornitho.lu
Thanks to everyone who was observing at our station and put the data online!
Some photographers sent us their photos which we included into our report.
All other photos are provided by Jim Schmitz.
Thank you for the photos!
Did you take any photos at the station, a visit or of any birds with a ring that could be from our station and want to publish those in the next report of the month?
In order to support the expansion of the Hoopoe (Upupa epos) and hopefully the natural reintroduction of breeding birds in Luxembourg, we installed about 30 new nest boxes this year!
We cross our fingers!
Thanks to the editiors of this report:
Charel Klein
Photos: Jim Schmitz
Providing the data: Cédric Brodin:
History: The nature reserve "Schlammwiss" was founded in 1982 by the foundation"Hellef fir Natur" (HFN). Afterwards the group "Letzeburger Natur- a Vullenschutzliga" (LNVL) founded the station "Schlammwiss". The station is leaded by the "centrale ornithologique Luxembourg" (COL), a part of the asbl. Natur & Emwelt. Due to the fact that Luxembourg doesn't have its own bird ringing central, we work in cooperation with Royal Belgian Instutitute of Natural Sciences. Therefore, we use rings from the Belgian Museum of Natural Sciences.
Location: The bird ringing station "Schlammwiss" is located in Luxembourg, between the communities Schuttrange & Munsbach. The nature reserve is part of the 375ha big Syrvalley and is an extremely important Natura 2000 zone. The reserve is periodicly flooded due to the Syr river, which is an important generator of biodiversity.
Research area: Around 30ha are used for researche, on a length of 1km and a width of 30-120m. The main area is covered by reeds and wetlands (20ha). Furthermore, the resarch area is subdivided and caracterized by an orchard, a forest, several ponds distributed throughout the reedbed and a purification plant (SIAS). The main techniques employed are mist nets and rail traps in order to realize population estimates (i.e. breeding population, migration, overwintering population) and survival estimates by Capture-Mark-Recapture. There are several projects running in the nature reserve and visitation are possible.
In February, our members who are mostly volunteers, have spent about 479 hours working at at the birdringing station
"Schlammwiss". This results in 382 hours ringing activities and 97 working hours at the station this month.
Thanks a lot for your help!
With this effort it was possible to capture 544 birds of 32 species (see the table left) this month at our station.
This number is subdivided in 245 E, 150 K and 149 W. The total amount of individuals (E+K) is 395. This is higher (+264) than the mean number of birds caught at the station from 2001-2020 and higher (+221) than the number of last year.
None bird foreign origin has been caught.
E: first capture of this individual
W: recapture of an individual which was already captured this year
K: individuals which were ringed one or more years ago or individuals with a foreign country or station
TOP 5
species | n | ||
1. | PARCAE | Blue Tit | 66 |
2. | EMBCIT | Yellowhammer |
65 |
3. | ANTSPIN | Water Pipit | 43 |
4. | PARMAJ | Great Tit | 40 |
5. | PASDOM | House Sparrow | 36 |
Interesting birds captured:
species | n | |
1. | Accipiter nisus | 2 |
2. | Alauda arvensis | 3 |
3. | Anthus pratensis | 1 |
4. | Athene noctua | 1 |
5. | Carduelis spinus | 3 |
6. | Garrulus glandarius | 1 |
7. | Rallus aquaticus | 1 |
The first graphic below shows the current situation of birds captured this year in comparison of the median number of birds captured from 2001-2020. In addition, we include a new bar
chart with an more accurate time calculation. The bar chart is divided in the normal ringing activities, special ringing activities (e.g.: ringing Barn Owls, control of nest boxes,..) and time we
spent at the bird ringing station for further work (e.g.: replacing of nets, clearing net lines, visits,...).
In older calculations, only a time calculation was done on the basis of the ringing data. This time calculation was retained for graphs 2 and 3 so that the results can be compared with recent years.
The number of birds captured this year and working time this year (old calculation) in comparison of the mean number of birds caught in the years 2001-2020 and the mean working time from 2018-2020 is shown in the second graph below left.
In the second graph below right you can find a comparison of this year with the last three years.
In the graph on the left you can see the course of the ringed species compared to the days with open nets of each month. Furthermore, the mean value of species and the open nets days from 2018-2020 are displayed. The distribution of birds ringed and working time per day are illustrated in the graph on the left. The number of birds ringed is separated in E, W and K.
First spring arrivals captured:
Species |
Latin Name |
Date (2021) |
Date (2020) |
Date (2019) |
Late or early |
Water Rail | Rallus aquaticus | 23.1 | 23.2 | 31.3 | +31 |
Blackcap | Sylvia atricapilla | 13.2 | 17.2 | 31.3 | +4 |
Chiffchaff | Phylloscopus collybita | 20.2 | 2.3 | 10.3 | +10 |
Stonechat | Saxicola torquata | 3.3 | 17.3 | ||
White Spotted Bluethroat | Luscinia svecia cyanecula | 16.3 | 25.3 | ||
Firecrest | Regulus ignicapilla | 16.3 | 9.4 | ||
Goldcrest | Regulus regulus | 23.3 | / | ||
Black Redstart | Phoenicurus ochruros | 24.3 | / | ||
Willow Warbler | Phylloscopus trochilus | 30.3 | 1.4 | ||
Spotted Crake | Porzana porzana | 31.3 | / | ||
Barn Swallow | Hirundo rustica | 5.4 | / | ||
Savi's Warbler | Locustella luscinioides | 6.4 | 10.5 | ||
Aquatic Warbler | Acrocephalus paludicola | 19.4 | / | ||
Whitethroat | Sylvia communis | 19.4 | 8.4 | ||
Reed Warbler | Acrocephalus scirpaceus | 21.4 | 1.5 | ||
Lesser Whitethroat | Sylvia curruca | 21.4 | 14.4 | ||
Grasshopper Warbler | Locustella naevia | 21.4 | / | ||
Sedge Warbler | Acrocephalus schoenobaenus | 27.4 | 7.4 | ||
Garden Warbler | Syvlia borin | 28.4 | 22.4 | ||
Wryneck | Jynx torquilla | 28.4 | / | ||
Great Reed Warbler | Acrocephalus arundinaceus | 18.5 | 22.4 | ||
Red Backed Shrike | Lanius collurio | 17.5 | 10.5 | ||
Marsh Warbler | Acrocephalus palustris | 10.5 | 13.5 |
The distribution of the age is shown in the pie chart below. You can find the exact amount in the table right. Birds with the age code 1 or 3 are considered as juvenile and birds with an age code of 4 or higher are registered as adults. Note that the age of birds with the code 6 or higher is (in the most cases) only possible to tell by recaptured birds (K). The age of birds with the code 2 is unknown.
Code | Amount | Definiton | |
C | 2 | older than four years | |
B | 3 | born four years ago | |
A |
5 |
older than three years | |
9 | 5 | born three years ago | |
8 | 9 | older than two years | |
7 | 22 | born two years ago | |
6 | 40 | older than one year | |
5 |
175 |
born last year | |
4 |
134 |
age unknown, but not born this year | |
3 | / | born this year | |
2 | / | age unknown | |
1 | / | nestling |
Foreign birds that we controlled this year:
All our sightings are registered by ornitho.lu
Thanks to everyone who was observing at our station and put the data online!
Some photographers sent us their photos which we included into our report.
All other photos are provided by Jim Schmitz.
Thank you for the photos!
Did you take any photos at the station, a visit or of any birds with a ring that could be from our station and want to publish those in the next report of the month?
Thanks to the editiors of this report:
Charel Klein
Photos: Jim Schmitz
Providing the data: Cédric Brodin:
History: The nature reserve "Schlammwiss" was founded in 1982 by the foundation"Hellef fir Natur" (HFN). Afterwards the group "Letzeburger Natur- a Vullenschutzliga" (LNVL) founded the station "Schlammwiss". The station is leaded by the "centrale ornithologique Luxembourg" (COL), a part of the asbl. Natur & Emwelt. Due to the fact that Luxembourg doesn't have its own bird ringing central, we work in cooperation with Royal Belgian Instutitute of Natural Sciences. Therefore, we use rings from the Belgian Museum of Natural Sciences.
Location: The bird ringing station "Schlammwiss" is located in Luxembourg, between the communities Schuttrange & Munsbach. The nature reserve is part of the 375ha big Syrvalley and is an extremely important Natura 2000 zone. The reserve is periodicly flooded due to the Syr river, which is an important generator of biodiversity.
Research area: Around 30ha are used for researche, on a length of 1km and a width of 30-120m. The main area is covered by reeds and wetlands (20ha). Furthermore, the resarch area is subdivided and caracterized by an orchard, a forest, several ponds distributed throughout the reedbed and a purification plant (SIAS). The main techniques employed are mist nets and rail traps in order to realize population estimates (i.e. breeding population, migration, overwintering population) and survival estimates by Capture-Mark-Recapture. There are several projects running in the nature reserve and visitation are possible.
In January, our members who are mostly volunteers, have spent about 325 hours working at at the birdringing station
"Schlammwiss". This results in 282 hours ringing activities and 43 working hours at the station this month.
Thanks a lot for your help!
With this effort it was possible to capture 383 birds of 23 species (see the table left) this month at our station.
This number is subdivided in 183 E, 159 K and 41 W. The total amount of individuals (E+K) is 342. This is higher (+113) than the mean number of birds caught at the station from 2001-2020 and lower (-128) than the number of last year.
None bird foreign origin has been caught.
E: first capture of this individual
W: recapture of an individual which was already captured this year
K: individuals which were ringed one or more years ago or individuals with a foreign country or station
TOP 5
1. | PARCAE | Blue Tit | 102 |
2. | PASDOM | House sparrow |
44 |
3. | ANTSPIN | Water Pipit | 30 |
4. | PARMAJ | Great Tit | 27 |
5. | EMBCIT | Yellowhammer | 24 |
ERTRUB | Robin | 24 |
Interesting birds captured:
species | n | |
1. | Anthus pratensis | 1 |
2. | Rallus aquaticus | 1 |
3. | Turdus iliacus | 17 |
The first graphic below shows the current situation of birds captured this year in comparison of the median number of birds captured from 2001-2020. In addition, we include a new bar
chart with an more accurate time calculation. The bar chart is divided in the normal ringing activities, special ringing activities (e.g.: ringing Barn Owls, control of nest boxes,..) and time we
spent at the bird ringing station for further work (e.g.: replacing of nets, clearing net lines, visits,...).
In older calculations, only a time calculation was done on the basis of the ringing data. This time calculation was retained for graphs 2 and 3 so that the results can be compared with recent years.
The number of birds captured this year and working time this year (old calculation) in comparison of the mean number of birds caught in the years 2001-2020 and the mean working time from 2018-2020 is shown in the second graph below left.
In the second graph below right you can find a comparison of this year with the last three years.
In the graph on the left you can see the course of the ringed species compared to the days with open nets of each month. Furthermore, the mean value of species and the open nets days from 2018-2020 are displayed. The distribution of birds ringed and working time per day are illustrated in the graph on the left. The number of birds ringed is separated in E, W and K.
The distribution of the age is shown in the pie chart below. You can find the exact amount in the table right. Birds with the age code 1 or 3 are considered as juvenile and birds with an age code of 4 or higher are registered as adults. Note that the age of birds with the code 6 or higher is (in the most cases) only possible to tell by recaptured birds (K). The age of birds with the code 2 is unknown.
Code | Amount | Definiton | |
C | 3 | older than four years | |
B | 2 | born four years ago | |
A |
3 |
older than three years | |
9 | 6 | born three years ago | |
8 | 6 | older than two years | |
7 | 33 | born two years ago | |
6 | 42 | older than one year | |
5 |
212 |
born last year | |
4 |
72 |
age unknown, but not born this year | |
3 | 3 | born this year | |
2 | 1 | age unknown | |
1 | / | nestling |
Foreign birds that we controlled this year:
All our sightings are registered by ornitho.lu
Thanks to everyone who was observing at our station and put the data online!
Some photographers sent us their photos which we included into our report.
All other photos are provided by Jim Schmitz.
Thank you for the photos!
Did you take any photos at the station, a visit or of any birds with a ring that could be from our station and want to publish those in the next report of the month?
Thanks to the editiors of this report:
Charel Klein
Photos: Jim Schmitz
Providing the data: Cédric Brodin:
Some months ago, several members of the birdringing station Schlammwiss got a glimpse into a very interesting and remarkable voluntary-led conservation project just around the border in the middle of French Lorraine’s crop fields.
Here, the conservation association CSFL (Centre de Sauvegarde de la Faune Lorraine) is leading a monitoring and nest protection scheme for Montagu’s harrier (Circus pygargus) breeding in arable land. As many ground-breeding bird species, especially Montagu’s harriers breeding in arable land within high crops, risk having their nests and offsprings being mown or harvested.
In short terms protecting this species means monitoring the breeding population, pinpointing nests, communicating with farmers and installing protective measures such as nest cages. Even working with extremely rare and endangered species such as Montagu’s harriers, volunteers of the project were keen and fully convinced to inform outsiders about the very delicate situation and organize field excursions to existing nests. Of course without comprimising the breeding population. We participated in nest controls as well as ringing activities of young harriers and benefited greatly from the exchange.
We’d like to take the opportunity to thank the according team of CSFL for the exchange.
And keep up with this very important and immense work!
Autor: Max Steinmetz
Note that before posting all this information everything has been reporteted to our birdringing central in Brussel, Belgium!
Le programme de sciences participatives dédié à l’étude des Ornithomyinés (Diptera, Hippoboscidae), pupipares hématophages, parasites des oiseaux, et aux Nycteribiidés, parasites des chauves-souris.
The station Schlammwiss is participating since 5 years!
Name: Bruno Eusebi
Date of birth: 07/10/1995
After graduating from the university of Luxembourg with a bachelor in biology in my pocket, I followed up with a master in ecology and conservation at the university of Uppsala. There, a particularly great teacher sparked a dormant passion in me: birds. After plenty of early morning birding excursions, I realised what I was even more passionate about: birds of prey; especially eagles.
Before starting my master thesis on Steller’s sea eagles and white-tailed eagles, I had the opportunity to perform a 3 months internship and I applied at “Schlammwiss” bird ringing station as it seemed there was a very professional but also friendly team working there.
I see this internship as an amazing first-hand experience in bird handling and bird identification as well as a good practice in teamwork, which will prove helpful for my future avian-adventures.
Research project on challenges at the nexus of water, soil and nature in Luxembourg and in the Syr and Upper Sûre valleys
Water bodies and landscapes in Luxembourg face mounting pressures. In the framework of the EU water framework directive and Natura 2000 Luxembourg has committed to improving the status of water bodies and biodiversity. The need for action is great; implementation, however, lags behind.
The researchers from the NEXUS FUTURES team investigate ecological challenges in their local contexts, their links with wider societal factors and from the perspectives of diverse stakeholders, in order to develop new governance approaches for sustainability. As a pioneering example of transformative research in Luxemburg, it addresses the following overarching questions: What barriers do actors face in everyday lives and in their cooperation? Which opportunities for a sustainable engagement with water and land do they see and seize? Which roles do developments in society, policies, agriculture, economy and technology play?
Kristina Hondrila, doctoral researcher in social sciences, works closely with the river partnership Syr (Fondation Hëllef fir d´Natur) and the river contract Upper Sûre (Nature Park Upper Sûre). Water quality, drinking water protection (Upper Sûre) and river restoration (Syr) have emerged as central themes from stakeholder workshops and the numerous interviews she has conducted with local and national actors.
In the Syr valley, she focuses on areas between Munsbach and Betzdorf, particularly Schlammwiss-Brill, where she and the student assistant Max Mattern went on two site visits guided by Stephan Müllenborn & Alexandra Arendt and Jim Schmitz (natur & ëmwelt, Fondation HfN). Pressures here come from agriculture, wastewater, transport (airport, trains, highway), business and residential areas. What will the fact that Schlammwiss-Brill has recently become a national nature reserve as part of Natura 2000 change? What lessons have been learned from the failed year-round pasture project of Mensder Brill? Will more river sections be restored?
Her case studies will offer insights into barriers, tensions, contradictions and uncertainties that shape practice and policy-making at the nexus of water, nature, land and the economy (to be finalised by beginning 2020). Moreover, she will highlight various factors and approaches that facilitate cooperation and sustainability. She also draws on 15 years of professional experience with EU projects.
Furthermore, the NEXUS FUTURES team collaboratively develops a scenario set for Luxembourg (Dr. Ariane König, project director) and citizen science tools (Karl Pickar). The project is financed by the Environment Ministry and the University of Luxembourg.
German:
Forschungsprojekt zu Herausforderungen im Umgang mit Wasser, Boden und Natur in Luxemburg und an Syr und Obersauer
Gewässer und Landschaften sind einem zunehmenden Druck ausgeliefert. Im Rahmen der EU-Wasserrahmenrichtlinie und von Natura 2000 hat sich Luxemburg verpflichtet, den Zustand der Gewässer und die Artenvielfalt zu verbessern. Der Handlungsbedarf ist groß, doch es hapert oft an der Umsetzung.
Die Forscher vom NEXUS FUTURES-Team untersuchen ökologische Herausforderungen in ihren lokalen Kontexten, gesellschaftlichen Zusammenhängen und aus Sicht unterschiedlicher Akteure, um neue Governance-Ansätze für Nachhaltigkeit zu entwickeln. Übergreifende Fragen dieses ersten Beispiels transformativer Wissenschaft in Luxemburg sind: Welchen Hürden begegnen Akteure in ihrem Alltag und ihrer Zusammenarbeit? Welche Möglichkeiten nutzen und sehen sie für einen nachhaltigen Umgang mit Wasser und Land? Welche Rolle spielen Entwicklungen in Gesellschaft, Politik, (Land-)Wirtschaft und Technologie?
Kristina Hondrila, Promovendin der Sozialwissenschaften, arbeitet eng mit der Flusspartnerschaft Syr (Fondation Hëllef fir d´Natur) und dem Gewässervertrag Obersauer (Naturpark Obersauer) zusammen. Aus Stakeholder-Workshops und einer Vielzahl von Gesprächen mit lokalen und nationalen Akteuren haben sich Wasserqualität, Trinkwasserschutz (Obersauer) und Renaturierungen (Syr) als zentrale Themen herauskristallisiert.
Im Syrtal liegt der Schwerpunkt auf Gebiete zwischen Munsbach und Betzdorf, insbesondere Schlammwiss-Brill. Geführt von Stephan Müllenborn & Alexandra Arendt und Jim Schmitz (natur & ëmwelt, Fondation HfN) haben die Forscherin und der studentische Assistent Max Mattern sich einen umfangreichen Überblick über das Gebiet verschaffen können. Der Druck kommt hier von Landwirtschaft, Abwasser, Verkehr (Flughafen, Zügen, Autobahn), Gewerbe- und Wohngebieten. Was wird die Tatsache, dass Schlammwiss-Brill vor Kurzem nationales Naturschutzgebiet als Teil von Natura 2000 wurde, ändern? Welche Lehren sind aus dem gescheiterten Ganzjahresbeweidungsprojekt vom Mensder Brill gezogen worden? Werden weitere Flussabschnitte renaturiert?
Die Fallstudien (die bis Anfang 2020 fertig gestellt werden) versprechen Erkenntnisse darüber, welche Hürden, Spannungen, Widersprüche und Ungewissheiten Praxis und Politik an den Schnittstellen zwischen Wasser, Natur, Land und Wirtschaft prägen. Darüber hinaus wird gezeigt, welche Faktoren und Ansätze Zusammenarbeit und Nachhaltigkeit in den Flussgebieten fördern können. Sie greift hierbei auch auf 15 Jahre Berufserfahrung mit EU-Projekten zurück.
Außerdem werden im NEXUS-Projekt ein Szenarien-Set für Luxemburg (Dr. Ariane König, Projektleiterin) und Citizen Science-Tools (Karl Pickar) partizipativ entwickelt. Das Projekt wird durch das Umweltministerium und die Universität Luxemburg finanziert.
History: The nature reserve "Schlammwiss" was founded in 1982 by the foundation"Hellef fir Natur" (HFN). Afterwards the group "Letzeburger Natur- a Vullenschutzliga" (LNVL) founded the station "Schlammwiss". The station is leaded by the "centrale ornithologique Luxembourg" (COL), a part of the asbl. Natur & Emwelt. Due to the fact that Luxembourg doesn't have its own bird ringing central, we work in cooperation with Royal Belgian Instutitute of Natural Sciences. Therefore, we use rings from the Belgian Museum of Natural Sciences.
Location: The bird ringing station "Schlammwiss" is located in Luxembourg, between the communities Schuttrange & Munsbach. The nature reserve is part of the 375ha big Syrvalley and is an extremely important Natura 2000 zone. The reserve is periodicly flooded due to the Syr river, which is an important generator of biodiversity.
Research area: Around 30ha are used for researche, on a length of 1km and a width of 30-120m. The main area is covered by reeds and wetlands (20ha). Furthermore, the resarch area is subdivided and caracterized by an orchard, a forest, several ponds distributed throughout the reedbed and a purification plant (SIAS). The main techniques employed are mist nets and rail traps in order to realize population estimates (i.e. breeding population, migration, overwintering population) and survival estimates by Capture-Mark-Recapture. There are several projects running in the nature reserve and visitation are possible.
In August, the bird ringing station "Schlammwiss" caught about 11 567 birds of 63 species. This number is subdivided in 8967 E, 2466 W and 134 K. 38 bird foreign origin has been caught.
The total amount of birds for the month August is higher (+398) than the average amount of birds caught at the station from 2001-2018 and higher (+5380) than the number of last year. The graphic below shows the average amount of birds for each month during the years 2001-2018 in comparison of the numbers of this years, 2018 and the working time for this and last year at the station Schlammwiss.
E: first capture of this individual
W: recapture of an individual which was already captured this year
K: individuals which were ringed one or more years ago or individuals with a foreign country or station
Top 5
1. | HIRRUS | Barn Swallow | 3 331 |
2. | ARCSCI | Reed Warbler |
2 772 |
3. | ARCPAL | Marsh Warbler | 501 |
4. | SYLAT | Blackcap | 341 |
5. | ARCSCH | Sedge Warbler | 278 |
Interesting birds captured:
Distribution of the age:
Code | Amount | Definiton |
C | 2 | older than four years |
B | 2 | born four years ago |
A | 1 | older than three years |
9 | 3 | born three years ago |
8 | 6 | older than two years |
7 | 16 | born two years ago |
6 | 9 | older than one year |
5 |
33 |
born last year |
4 |
1722 |
age unkown, but not born this year |
3 | 7212 | born this year |
2 | 94 | age unknown |
1 | / | nestling |
Distribution of nestlings - Code 1
Species | Name | Quantity | ||
May | June | July | ||
Coloeus monedula | Western Jackdaw | 1 | ||
Parus caeruleus | Blue Tit | 10 | ||
Parus major | Great Tit | 139 | 39 | |
Passer domesticus | House Sparrow | 2 | ||
Passer montanus | Tree Sparrow | 4 | ||
Sitta europea | Eurasian Nuthatch | 8 | ||
Athene noctua | Little Owl |
8 |
||
Falco tinnunculus | Common Kestrel | 12 | 3 | |
Passer montanus | Eurasian Tree Sparrow | 5 | ||
Tyto alba | Western Barn Owl | 6 | ||
Charadrius dubius | Little Ringed Plover | 2 | ||
Σ | 167 | 70 | 5 |
Foreign birds that we controlled this year:
Month | Amount | Species | Country | |
January | 1 | Cyanistes caeruleus | France | FRP |
February | 1 | Parus major | Belgium | BLB |
March | 1 | Turdus merula | Belgium | BLB |
1 | Troglodytes troglodytes | Belgium | BLB | |
1 | Erithacus rubecula | Sweden | SVS | |
April | 1 | Parus major | Belgium | BLB |
1 | Sylvia atricapilla | Belgium | BLB | |
1 | Spain | ESI | ||
May | 1 | Acrocephalus scirpaceus | Spain | ESI |
4 | Belgium | BLB | ||
June | 1 | Acrocephalus scirpaceus | Belgium | BLB |
July | 2 | Acrocephalus palustris | Belgium | BLB |
2 | Parus major | Belgium | BLB | |
August | 3 | Acrocephalus palustris | Belgium | BLB |
1 | Germany (Radolfzell) | DFR | ||
3 | Acrocephlaus schoenobaenus | Belgium | BLB | |
1 | Germany (Radolfzell) | DFR | ||
1 | Great Britain | GBT | ||
10 | Acrocephlaus scirpaceus | Belgium | BLB | |
1 | Czech Republic | CSP | ||
2 | Germany (Helgoland) | DFH | ||
2 | Germany (Radolfzell) | DFR | ||
1 | Spain | ESA | ||
2 | France | FRP | ||
1 | Netherlands | NLA | ||
1 | Poland | PLG | ||
1 | Sweden | SVS | ||
5 | Hirunda rustica | Belgium | BLB | |
1 | Spain | ESA | ||
1 | Sylvia communis | Sweden | SVS |
The team of the bird ringing station Schlammwiss are mostly volunteers who did an excellent work this month!
We say thank you for everyone who was helping this month!
In summary we spent around 290 hours during 30 days working at the station.
We also welcome the visitors on our station:
All our sightings of this month are saved in ornitho.lu