Datensatz Parkhäuser in der Landeshauptstadt Schwerin. Standorte deer Parkhäuser in Schwerin mit Informationen zur Lage und Anzahl der Stellplätze. Quelle: Landeshauptstadt Schwerin.
Im Kreisgebiet wird die Jagd in 82 Jagdbezirken ausgeübt. Die Fläche der jagdlich nutzbaren Fläche beträgt rund 32.000 Hektar. Die Grundeigentümer (Bund, Land, Kommunen, private Eigentümer) verwalten Jagdflächen, die über 75 Hektar groß sind. Die Grundstückseigentümer, die in einer sogenannten Jagdgenossenschaft zusammengeschlossen sind, verpachten die meisten der kleineren jagdlich nutzbaren Flächen an interessierte Jäger. Diese Jagdgenossenschaft unterliegt als Körperschaft des öffentlichen Rechts der Aufsicht durch die Kreisverwaltung.
Datensatz Parkhäuser in der Landeshauptstadt Schwerin. Standorte deer Parkhäuser in Schwerin mit Informationen zur Lage und Anzahl der Stellplätze. Quelle: Landeshauptstadt Schwerin.
Die Daten des Rotwildwegeplans stellen das landesweite Netz von Wanderkorridoren des Rotwildes (Rothirsch, Cervus elaphus) dar, die für den langfristigen Arterhalt der, auf der Vorwarnliste der Roten Liste geführten Art zu erhalten sind. Die Daten wurden im Jahr 2022 im Rahmen einer landesweiten Kartierung erhoben. Der Rotwildwegeplan sollte bei allen außerörtlichen Planungsverfahren berücksichtigt werden. Zum Begleitdokument „Das Rotwild in Schleswig-Holstein, Managementplan 2022-2025“: Der Rotwildmanagementplan (RMP) 2022-2025 analysiert die aktuelle Situation des Rotwildes in Schleswig-Holstein, beleuchtet die Hintergründe der derzeitigen Lage und zeigt Wege auf, wie die Zukunft des Rotwildes in Schleswig-Holstein langfristig gesichert werden kann. Er unterscheidet dabei zwischen allgemeinen Handlungsfeldern und aktuellen Problemschwerpunkten. Neben dem textlichen Teil beinhaltet der RMP den ersten Rotwildwegeplan (RWP) für Schleswig-Holstein mit detaillierten kartographischen Darstellungen der Wanderkorridore, Trittsteinbiotope und Querungshilfen.
Tier des Jahres ist das Rotwild.
Dreyer, Annekatrin; Neugebauer, Frank; Lohmann, Nina; Rüdel, Heinz; Teubner, Diana; Grotti, Marco; Rauert, Caren; Koschorreck, Jan Environmental Pollution 253 (2019), 850-863; online 17. Juli 2019 To get an overview about distribution, levels and temporal trends of polybrominated diphenyl ethers (PBDE) and halogenated flame retardants (HFR) of emerging concern, different types of environmental samples archived in the German Environment Specimen Bank as well as fish filet samples from the Arctic (n = 13) and Antarctica (n = 5) were analysed for 43 substances (24 PBDE, 19 HFR) using a multi-column clean-up and GC-API-MS/MS or GC-MS. Sample types were herring gull egg (n = 3), blue mussel (n = 3) and eelpout filet (n = 3) from the German North- and Baltic Sea, bream filet (n = 7), zebra mussel (n = 6) and suspended particulate matter (SPM, n = 7) from German freshwater ecosystems as well as tree leaves (n = 9)/shoots (n = 10), soil (n = 4), earthworm (n = 4) and deer liver (n = 7) as representatives of German terrestrial ecosystems. PBDE and emerging HFR were present in each investigated matrices from Germany and Polar regions showing their widespread distribution. The presence in Arctic and Antarctic fish samples confirms their long-range transport potential. Average concentrations of total emerging HFR were highest in SPM (26 ng g -1 dry weight (dw)), zebra mussel (10 ng g -1 dw) and herring gull egg (2.6 ng g -1 dw). Lowest levels were measured in fish filet samples from Antarctica (0.02 ng g -1 dw). Average total PBDE concentrations were highest in bream filet (154 ng g -1 ), herring gull egg (61 ng g -1 dw), SPM (21 ng g -1 dw), and zebra mussel 18 (ng g -1 ) and lowest in deer liver (0.04 ng g -1 dw). The patterns of non-fauna terrestrial samples (leaves, shoots, soil) as well as SPM were dominated by DBDPE and BDE209. Elevated proportions of DPTE and in most cases the absence of DBDPE characterized all fauna samples with the exception of Polar samples. Overall, emerging HFR appeared to be less bioaccumulative than PBDE. Temporal trends were generally decreasing with few exceptions such as DBDPE. doi: 10.1016/j.envpol.2019.07.070
Am 7. Juni 2012 flossen in der Nacht zum Freitag an einem Zufluss des Red Deer River in der Provinz Alberta/ Kanada nach Angaben des Betreibers Plains Midstream Canada etwa 475.000 Liter Rohöl in den Fluss.
Die Daten des Rotwildwegeplans stellen das landesweite Netz von Wanderkorridoren des Rotwildes (Rothirsch, Cervus elaphus) dar, die für den langfristigen Arterhalt der, auf der Vorwarnliste der Roten Liste geführten Art zu erhalten sind. Die Daten wurden im Jahr 2022 im Rahmen einer landesweiten Kartierung erhoben. Der Rotwildwegeplan sollte bei allen außerörtlichen Planungsverfahren berücksichtigt werden. Zum Begleitdokument „Das Rotwild in Schleswig-Holstein, Managementplan 2022-2025“: Der Rotwildmanagementplan (RMP) 2022-2025 analysiert die aktuelle Situation des Rotwildes in Schleswig-Holstein, beleuchtet die Hintergründe der derzeitigen Lage und zeigt Wege auf, wie die Zukunft des Rotwildes in Schleswig-Holstein langfristig gesichert werden kann. Er unterscheidet dabei zwischen allgemeinen Handlungsfeldern und aktuellen Problemschwerpunkten. Neben dem textlichen Teil beinhaltet der RMP den ersten Rotwildwegeplan (RWP) für Schleswig-Holstein mit detaillierten kartographischen Darstellungen der Wanderkorridore, Trittsteinbiotope und Querungshilfen.
Falk, Sandy; Brunn, Hubertus; Schröter-Kermani, Christa; Failing, Klaus; Georgii, Sebastian; Tarricone, Kathrin; Stahl, Thorsten Environmental Pollution 171 (2012), 1-8 For more than 50 years perfluoroalkyl substances (PFASs) have found worldwide industrial and household uses. Some PFASs are presumed to be persistent and bioaccumulative. Roe deer ( Capreolus capreolus ) are thought to be a suitable bioindicator for the accumulation of organic xenobiotics. Due to the ubiquitous nature of PFASs in the environment a retrospective study on temporal trends was carried out. A total of 110 deer liver pools collected from 1989 to 2010 in Germany were analyzed for their levels of PFASs. The highest concentrations were measured for perfluorooctane sulfonate (PFOS) (median 6.3 µg/kg). Perfluorooctanoic acid (PFOA), perfluorononanoic acid (PFNA) and perfluorodecanoic acid (PFDA) were detected with median concentrations of 0.5 µg/kg, 1.2 µg/kg and 0.3 µg/kg, respectively, while concentrations of the other PFASs were below the limit of quantification. PFOS concentrations decreased significantly ( r s = −0.741; p = <0.0001) from 9.2 μg/kg in 2000 to 1.8 μg/kg in 2010. doi:10.1016/j.envpol.2012.07.022
Falk, Sandy; Stahl, Thorsten; Fliedner, Annette; Rüdel, Heinz; Tarricone, Kathrin; Brunn, Hubertus; Koschorreck, Jan Environmental Pollution (2019); online 3. Januar 2019 As a result of their ubiquitous presence in the environment perfluoroalkyl acids (PFAAs) have been demonstrated in numerous organisms worldwide, in particular in those of higher trophic levels. The fact that PFAAs have been detected in various human matrices, together with the resultant potential human health risks, knowledge of possible paths of entry and distribution in various ecosystems, is of great importance. In this context pooled samples of terrestrial ecosystems – roe deer liver (n = 141), earthworms (n = 44) as well as leaves from beech and poplar trees (n = 70) – from the year 1989–2015 were obtained from the German Environmental Specimen Bank and examined for the presence of 11 PFAAs for the first time. In addition to determining individual and total PFAA concentrations, temporal trends have been deduced in order to determine the effectiveness of regulatory measures. The highest total mean concentration of PFAAs (sum of the concentrations of the 11 analytes) were 9.9 μg/kg in the roe deer liver samples, followed by earthworm samples with a mean PFAA concentration of 3.5 μg/kg and leaves with a mean total concentration of 2.5 μg/kg. In regard to temporal trends there was a significant reduction of concentrations for perfluorooctane sulfonate, perfluorooctanoic acid, perfluorononanoic acid and perfluorodecanoic acid in roe deer liver from 2003 to 2015, an indication of the effectiveness of regulatory measures. The same is true for the perfluorooctane sulfonate concentrations in earthworms and for perfluorooctanoic acid concentrations in the leaves. In contrast, an increase in perfluorobutanoic acid concentrations was observed from 2003 to 2015 in all three matrices. In summary it must be noted that in spite of the discernible effectiveness of minimization strategies, PFAAs are still detectable in terrestrial matrices and concentrations of other PFAAs as perfluorobutanoic acid appear to be increasing. doi: 10.1016/j.envpol.2018.12.095
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