Results 71 to 80 of about 22,319 (189)
Craspedorrhynchus undetermined
Craspedorrhynchus sp. Host: Aquila heliaca Savigny, 1809. Ref.: Balát (1956) as Craspedorrhynchus sp. Location: Štúrovo, 3 Feb. 1950 (Balát 1956). Notes: According to Price et al. (2003: 169) Aquila heliaca is parasitised by Craspedorrhynchus
Krištofík, Ján +3 more
core +2 more sources
Natal Dispersal of Eastern Imperial Eagles: Preliminary Results For the Central European Population
The Central European Population of the Eastern Imperial Eagle (Aquila heliaca) is located on its most western global distribution edge. After a strong decline in the last two centuries the population recovered in the past decades not least due to ...
Matthias Schmidt +8 more
doaj +1 more source
Magyarországi parlagi sasok (Aquila heliaca) túlélési valószínűségei és szaporodási rendszere mikroszatellita allélek alapján [PDF]
A parlagi sas (Aquila heliaca, SAVIGNY, 1809) egy territoriális, szociálisan monogám ragadozó madár. Habár a költőpárok száma Magyarországon nő, fontosnak találtuk, hogy információt szolgáltassunk a fajvédelem számára, ezért megvizsgáltuk szaporodási ...
Gyarmati, Ádám
core
For long‐lived species, adult survival is the parameter that theoretically has the strongest impact on population dynamics; this makes its estimate crucial for conservation management. The use of non‐invasive genetic approaches coupled with capture–recapture methods is being used increasingly to estimate adult survival. Despite being regularly employed
Sébastien Waterlot +6 more
wiley +1 more source
Registration of a vargant Imperial Eagle (Aquila heliaca) in Cherkasy region
Registration of a vargant Imperial Eagle (Aquila heliaca) in Cherkasy region. - M.N. Gavrilyuk, T.S. Omer, O.O. Sheremet, V.V. Kazannyk, M.V. Prychepa, O.M. Sapuha, O.V. Snitsar. - Berkut. 29 (1-2). 2020. - The Imperial Eagle is now a rare breeding species in the Middle Dnieper Area and a vagrant bird in Cherkasy region (Central Ukraine).
Gavrilyuk, M.N. +6 more
openaire +2 more sources
Effective conservation management of wildlife species depends on understanding their space and habitat use. Telemetry has become the primary source of data for information on how species use space and habitats. However, animals can be difficult to capture, leading to limited sample sizes and thus low quality inferences.
Arzhela Hemery +4 more
wiley +1 more source
Abstract Modern humans widely shaped present ecosystems through intentional and unintentional geographical redistribution of wildlife, both in historical and pre‐historical times. However, the patterns of ancient human‐mediated indirect changes in wildlife range are largely unknown, and the mechanisms behind them remain obscure.
Marcos Moleón +11 more
wiley +1 more source
Новые данные о распространении и численности крупных хищных птиц в Нижегородской области, Россия
В статье приведены новые данные о распространении и результаты анализа современной численности 8 видов крупных хищных птиц (беркут Aquila chrysaetos, орёл-могильник A. heliaca, большой подорлик A. clanga, малый подорлик A.
Pavel M. Shukov
doaj +1 more source
Temporal biodiversity change involves colonization, extinction, and recurrence of species. These processes vary with spatial grain (i.e. the area at which biodiversity is assessed), but there is little theory to explain this. Here, we present theoretical scenarios showing that colonization, extinction, and recurrence of species can either increase or ...
François Leroy +7 more
wiley +1 more source
Aquila: One Million Downloads! [PDF]
Highlights and statistics from Aquila\u27s road to one million ...
Cromwell, Josh
core

