Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Electrocution of Eagles in Mongolia

View through CrossRef
Steppe Eagles (Aquila nipalensis) and Golden Eagles (Aquila chrysaetos) are species of conservation and cultural importance in Mongolia. Electrocution at electricity distribution lines is a threat faced by both species across Central Asia. We present the results of power line surveys conducted in the Mongolian steppe region to elucidate temporal patterns of electrocution and specific danger points on power poles for eagles. There was spatial and temporal variation in electrocution rates for Steppe Eagles and Golden Eagles. Autumn surveys across Mongolia recorded the electrocuted carcasses of 18 Steppe Eagles and 9 Golden Eagles. The distribution of electrocutions revealed that Steppe Eagles are mainly killed at power lines in the central steppe zone; in contrast, only Golden Eagles were found at power lines in the southern ‘gobi’ desert zone. Daily surveys conducted for a year at a single power line in the eastern steppe detected 8 Golden Eagles and 6 Steppe Eagles. All Steppe Eagle electrocutions occurred between April and September as they are predominantly summer visitors in Mongolia, whereas six of the eight Golden Eagle electrocutions occurred in winter indicating that Golden Eagles can range over predominantly flat, open steppe landscapes at this time. Significantly more electrocutions occurred at poles with no crossarm mitigation compared to poles with deflectors, deterrents or covers, indicating that mitigation on the crossarm can reduce eagle electrocution rates. Furthermore, the absence of eagle carcasses at poles with crossarm mitigation suggests that crossarms are the main site of electrocution for eagles in Mongolia. Country-scale retrofitting of insulation to crossarms and pole tops significantly reduced eagle electrocution events.
Title: Electrocution of Eagles in Mongolia
Description:
Steppe Eagles (Aquila nipalensis) and Golden Eagles (Aquila chrysaetos) are species of conservation and cultural importance in Mongolia.
Electrocution at electricity distribution lines is a threat faced by both species across Central Asia.
We present the results of power line surveys conducted in the Mongolian steppe region to elucidate temporal patterns of electrocution and specific danger points on power poles for eagles.
There was spatial and temporal variation in electrocution rates for Steppe Eagles and Golden Eagles.
Autumn surveys across Mongolia recorded the electrocuted carcasses of 18 Steppe Eagles and 9 Golden Eagles.
The distribution of electrocutions revealed that Steppe Eagles are mainly killed at power lines in the central steppe zone; in contrast, only Golden Eagles were found at power lines in the southern ‘gobi’ desert zone.
Daily surveys conducted for a year at a single power line in the eastern steppe detected 8 Golden Eagles and 6 Steppe Eagles.
All Steppe Eagle electrocutions occurred between April and September as they are predominantly summer visitors in Mongolia, whereas six of the eight Golden Eagle electrocutions occurred in winter indicating that Golden Eagles can range over predominantly flat, open steppe landscapes at this time.
Significantly more electrocutions occurred at poles with no crossarm mitigation compared to poles with deflectors, deterrents or covers, indicating that mitigation on the crossarm can reduce eagle electrocution rates.
Furthermore, the absence of eagle carcasses at poles with crossarm mitigation suggests that crossarms are the main site of electrocution for eagles in Mongolia.
Country-scale retrofitting of insulation to crossarms and pole tops significantly reduced eagle electrocution events.

Related Results

Inner Mongolia, Outer Mongolia
Inner Mongolia, Outer Mongolia
The Mongolian Empire, which reigned over the Eurasia Continent, was a great empire in the Middle Ages. Now, however, it is a divided nation, with a current population of about 10 m...
Saving raptors in Mongolia: country-scale retrofitting of insulation to reduce avian electrocution at power lines
Saving raptors in Mongolia: country-scale retrofitting of insulation to reduce avian electrocution at power lines
The delivery of electricity to widely dispersed communities across the open steppe grasslands of Mongolia depends on medium-voltage (10–35 kV) distribution lines, often carrying po...
Isolated pulmonary injury following electric shock: a case report and literature review
Isolated pulmonary injury following electric shock: a case report and literature review
Introduction and Importance: Electrocution can lead to severe visceral organ damage, including pulmonary injuries. However, isolated electrical-induced pulmonary injury...
Mongolia’s “The Steppe Road” plan and China-Mongolia-Russia economic corridor
Mongolia’s “The Steppe Road” plan and China-Mongolia-Russia economic corridor
In this article on China’s “Belt and Road” and Mongolia’s “Steppe Road” initiative; the establishment and realization of trilateral cooperation between China, Mongolia and Russia, ...
Analysis of grassland carrying capacity in Inner Mongolia based on ecosystem function
Analysis of grassland carrying capacity in Inner Mongolia based on ecosystem function
<p>With the increase of global temperature and the intensification of human activities, numerous ecological problems have occurred in the grasslands of Inner Mongolia...
Research Progress of Desertification and Its Prevention in Mongolia
Research Progress of Desertification and Its Prevention in Mongolia
Mongolia is a globally crucial region that has been suffering from land desertification. However, current understanding on Mongolia’s desertification is limited, constraining the d...
Mongolia and 14th Dalai Lama in Late 20th and 21st Centuries
Mongolia and 14th Dalai Lama in Late 20th and 21st Centuries
This study explores the role of the Dalai Lama institution in the political processes of Mongolia, both from a historical perspective and in the context of contemporary events. The...

Back to Top