Category of Astronomical Heritage: dark skies
Lake Tekapo - Aoraki - Mount Cook Starlight Reserve, New Zealand
Format: Short Description (ICOMOS-IAU Case Study format)
Presentation
Geographical position
Central South Island of New Zealand in an area bounded by the main range of the Southern Alps in the west and the Two Thumb Range in the east, including a large part of the Mackenzie Basin and also Mount Cook National Park in the province of Canterbury. Villages include Tekapo, Mount Cook and Twizel.
Location
Latitude 44° 0.5′ S, longitude 170° 28.7′ E (Tekapo Village).
Elevation varies from 710m above mean sea level (Lake Tekapo) to 3750m above mean sea level (Mount Cook).
General description
The core area is Mount John University Observatory (elevation 1032m) on the south-western shore of Lake Tekapo. Tekapo Village (population about 400) is 3 km from the summit of Mount John in a direct line. Twizel and Mount Cook Village are 40 km and 50 km from the summit respectively, neither being visible from Mount John.
Fig. 1. Mount John University Observatory from the air. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Brief inventory
The Mount John University Observatory houses four research telescopes of apertures 1.8, 1.0, 0.6 and 0.6m respectively.
History
The Mount John site was surveyed in the early 1960s using NSF funds from the University of Pennsylvania. The observatory was founded in 1965 as a joint astronomical research station of the Universities of Canterbury and Pennsylvania. The partnership continued for a decade.
Cultural and symbolic dimension
The Mount John site is the principal astronomical observatory in New Zealand and the world’s southernmost observatory (other than instruments in the Antarctic). It is an excellent site for observing the Magellanic Clouds and the centre of the Galaxy.
The Tekapo and Aoraki/Mount Cook regions have outstanding landscapes of exceptional scenic beauty, including mountains, glaciers, lakes and rivers. The flora and fauna are also exceptional, a number being protected or endangered.
Light pollution is very low and atmospheric transparency is excellent. For a thousand years Maori visited the area to gather food and to observe the regular ‘night visitors’ in the sky.
Fig. 2. The MOA telescope at Mount John and the Milky Way. Photograph © Fraser Gunn, courtesy of Mount John Earth and Sky Telescope, New Zealand
Documentation and archives
Information on Mount John can be obtained from http://www.phys.canterbury.ac.nz/research/mt_john/.
Management and use
Present use
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
Central South Island of New Zealand in an area bounded by the main range of the Southern Alps in the west and the Two Thumb Range in the east, including a large part of the Mackenzie Basin and also Mount Cook National Park in the province of Canterbury. Villages include Tekapo, Mount Cook and Twizel.
Location
Latitude 44° 0.5′ S, longitude 170° 28.7′ E (Tekapo Village).
Elevation varies from 710m above mean sea level (Lake Tekapo) to 3750m above mean sea level (Mount Cook).
General description
The core area is Mount John University Observatory (elevation 1032m) on the south-western shore of Lake Tekapo. Tekapo Village (population about 400) is 3 km from the summit of Mount John in a direct line. Twizel and Mount Cook Village are 40 km and 50 km from the summit respectively, neither being visible from Mount John.
Fig. 1. Mount John University Observatory from the air. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Brief inventory
The Mount John University Observatory houses four research telescopes of apertures 1.8, 1.0, 0.6 and 0.6m respectively.
History
The Mount John site was surveyed in the early 1960s using NSF funds from the University of Pennsylvania. The observatory was founded in 1965 as a joint astronomical research station of the Universities of Canterbury and Pennsylvania. The partnership continued for a decade.
Cultural and symbolic dimension
The Mount John site is the principal astronomical observatory in New Zealand and the world’s southernmost observatory (other than instruments in the Antarctic). It is an excellent site for observing the Magellanic Clouds and the centre of the Galaxy.
The Tekapo and Aoraki/Mount Cook regions have outstanding landscapes of exceptional scenic beauty, including mountains, glaciers, lakes and rivers. The flora and fauna are also exceptional, a number being protected or endangered.
Light pollution is very low and atmospheric transparency is excellent. For a thousand years Maori visited the area to gather food and to observe the regular ‘night visitors’ in the sky.
Fig. 2. The MOA telescope at Mount John and the Milky Way. Photograph © Fraser Gunn, courtesy of Mount John Earth and Sky Telescope, New Zealand
Documentation and archives
Information on Mount John can be obtained from http://www.phys.canterbury.ac.nz/research/mt_john/.
Management and use
Present use
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
Latitude 44° 0.5′ S, longitude 170° 28.7′ E (Tekapo Village).
Elevation varies from 710m above mean sea level (Lake Tekapo) to 3750m above mean sea level (Mount Cook).
General description
The core area is Mount John University Observatory (elevation 1032m) on the south-western shore of Lake Tekapo. Tekapo Village (population about 400) is 3 km from the summit of Mount John in a direct line. Twizel and Mount Cook Village are 40 km and 50 km from the summit respectively, neither being visible from Mount John.
Fig. 1. Mount John University Observatory from the air. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Brief inventory
The Mount John University Observatory houses four research telescopes of apertures 1.8, 1.0, 0.6 and 0.6m respectively.
History
The Mount John site was surveyed in the early 1960s using NSF funds from the University of Pennsylvania. The observatory was founded in 1965 as a joint astronomical research station of the Universities of Canterbury and Pennsylvania. The partnership continued for a decade.
Cultural and symbolic dimension
The Mount John site is the principal astronomical observatory in New Zealand and the world’s southernmost observatory (other than instruments in the Antarctic). It is an excellent site for observing the Magellanic Clouds and the centre of the Galaxy.
The Tekapo and Aoraki/Mount Cook regions have outstanding landscapes of exceptional scenic beauty, including mountains, glaciers, lakes and rivers. The flora and fauna are also exceptional, a number being protected or endangered.
Light pollution is very low and atmospheric transparency is excellent. For a thousand years Maori visited the area to gather food and to observe the regular ‘night visitors’ in the sky.
Fig. 2. The MOA telescope at Mount John and the Milky Way. Photograph © Fraser Gunn, courtesy of Mount John Earth and Sky Telescope, New Zealand
Documentation and archives
Information on Mount John can be obtained from http://www.phys.canterbury.ac.nz/research/mt_john/.
Management and use
Present use
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
The core area is Mount John University Observatory (elevation 1032m) on the south-western shore of Lake Tekapo. Tekapo Village (population about 400) is 3 km from the summit of Mount John in a direct line. Twizel and Mount Cook Village are 40 km and 50 km from the summit respectively, neither being visible from Mount John.
Fig. 1. Mount John University Observatory from the air. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Brief inventory
The Mount John University Observatory houses four research telescopes of apertures 1.8, 1.0, 0.6 and 0.6m respectively.
History
The Mount John site was surveyed in the early 1960s using NSF funds from the University of Pennsylvania. The observatory was founded in 1965 as a joint astronomical research station of the Universities of Canterbury and Pennsylvania. The partnership continued for a decade.
Cultural and symbolic dimension
The Mount John site is the principal astronomical observatory in New Zealand and the world’s southernmost observatory (other than instruments in the Antarctic). It is an excellent site for observing the Magellanic Clouds and the centre of the Galaxy.
The Tekapo and Aoraki/Mount Cook regions have outstanding landscapes of exceptional scenic beauty, including mountains, glaciers, lakes and rivers. The flora and fauna are also exceptional, a number being protected or endangered.
Light pollution is very low and atmospheric transparency is excellent. For a thousand years Maori visited the area to gather food and to observe the regular ‘night visitors’ in the sky.
Fig. 2. The MOA telescope at Mount John and the Milky Way. Photograph © Fraser Gunn, courtesy of Mount John Earth and Sky Telescope, New Zealand
Documentation and archives
Information on Mount John can be obtained from http://www.phys.canterbury.ac.nz/research/mt_john/.
Management and use
Present use
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
The Mount John University Observatory houses four research telescopes of apertures 1.8, 1.0, 0.6 and 0.6m respectively.
History
The Mount John site was surveyed in the early 1960s using NSF funds from the University of Pennsylvania. The observatory was founded in 1965 as a joint astronomical research station of the Universities of Canterbury and Pennsylvania. The partnership continued for a decade.
Cultural and symbolic dimension
The Mount John site is the principal astronomical observatory in New Zealand and the world’s southernmost observatory (other than instruments in the Antarctic). It is an excellent site for observing the Magellanic Clouds and the centre of the Galaxy.
The Tekapo and Aoraki/Mount Cook regions have outstanding landscapes of exceptional scenic beauty, including mountains, glaciers, lakes and rivers. The flora and fauna are also exceptional, a number being protected or endangered.
Light pollution is very low and atmospheric transparency is excellent. For a thousand years Maori visited the area to gather food and to observe the regular ‘night visitors’ in the sky.
Fig. 2. The MOA telescope at Mount John and the Milky Way. Photograph © Fraser Gunn, courtesy of Mount John Earth and Sky Telescope, New Zealand
Documentation and archives
Information on Mount John can be obtained from http://www.phys.canterbury.ac.nz/research/mt_john/.
Management and use
Present use
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
The Mount John site was surveyed in the early 1960s using NSF funds from the University of Pennsylvania. The observatory was founded in 1965 as a joint astronomical research station of the Universities of Canterbury and Pennsylvania. The partnership continued for a decade.
Cultural and symbolic dimension
The Mount John site is the principal astronomical observatory in New Zealand and the world’s southernmost observatory (other than instruments in the Antarctic). It is an excellent site for observing the Magellanic Clouds and the centre of the Galaxy.
The Tekapo and Aoraki/Mount Cook regions have outstanding landscapes of exceptional scenic beauty, including mountains, glaciers, lakes and rivers. The flora and fauna are also exceptional, a number being protected or endangered.
Light pollution is very low and atmospheric transparency is excellent. For a thousand years Maori visited the area to gather food and to observe the regular ‘night visitors’ in the sky.
Fig. 2. The MOA telescope at Mount John and the Milky Way. Photograph © Fraser Gunn, courtesy of Mount John Earth and Sky Telescope, New Zealand
Documentation and archives
Information on Mount John can be obtained from http://www.phys.canterbury.ac.nz/research/mt_john/.
Management and use
Present use
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
The Mount John site is the principal astronomical observatory in New Zealand and the world’s southernmost observatory (other than instruments in the Antarctic). It is an excellent site for observing the Magellanic Clouds and the centre of the Galaxy.
The Tekapo and Aoraki/Mount Cook regions have outstanding landscapes of exceptional scenic beauty, including mountains, glaciers, lakes and rivers. The flora and fauna are also exceptional, a number being protected or endangered.
Light pollution is very low and atmospheric transparency is excellent. For a thousand years Maori visited the area to gather food and to observe the regular ‘night visitors’ in the sky.
Fig. 2. The MOA telescope at Mount John and the Milky Way. Photograph © Fraser Gunn, courtesy of Mount John Earth and Sky Telescope, New Zealand
Documentation and archives
Information on Mount John can be obtained from http://www.phys.canterbury.ac.nz/research/mt_john/.
Management and use
Present use
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
Information on Mount John can be obtained from http://www.phys.canterbury.ac.nz/research/mt_john/.
Management and use
Present use
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
The main astronomical research activities undertaken at the Mt John observatory are high-resolution spectroscopy and studies of variable stars, microlensing and near-Earth asteroids. The site is also used for geophysical and atmospheric research. A 45cm telescope on Mt John and a 40cm telescope at Cowan’s Hill near Tekapo are used for public outreach.
Tourist access to Mount John and other dark sky sites in the region is excellent and encouraged, both for recreation and ‘astro-tourism’. The area attracts some 30,000 day-time tourists and 10,000 night-time skywatching tourists annually.
State of conservation
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand
Main threats or potential threats
The scientific buildings on Mount John are maintained by the University of Canterbury to the highest standards commensurate with those of a world-class scientific establishment. Three university staff members are permanently resident on site or in the nearby Tekapo Village. Further maintenance personnel make regular visits to Mount John to ensure building maintenance and health and safety issues are addressed.
As major tourist attractions since 2005, the ‘AstroCafe’ and 45cm telescope on Mount John are required to be maintained to the high standards suitable for an important tourist destination.
Fig. 3. The ‘AstroCafe’ and its environment. Photograph © Fraser Gunn, courtesy of Mt John Earth and Sky Telescope, New Zealand