High atop Mount John, powerful research telescopes scan some of the clearest and darkest night skies in the Southern Hemisphere. The site is part of the world-renowned astronomical observatory above Lake Tekapo, a striking destination set 710 meters above sea level in New Zealand’s Mackenzie Basin.
At night, stargazers and researchers flock to the university observatory to study the stars. By day, visitors are drawn to the lake’s unusual milky-turquoise color. The unique shade comes from “glacial flour,” a fine rock dust created as glaciers grind across rock, suspended in the chilly water. The 83-square-kilometer pristine lake runs parallel to the nearby Lake Pukaki and Lake Ohau.
Beyond its natural beauty, the region plays an important role in energy production. Water flowing from the northern end of the lake feeds into a hydroelectric system that helps generate clean electricity for New Zealand.
Meanwhile, on the shoreline stands the historic Church of the Good Shepherd, built in 1935. This lonely stone structure is paired with a bronze sheepdog statue that honors the region’s early pioneers and farming heritage. Together, the landscape blends science, history, and natural wonder into a single destination.
Sung For The Junior Times junior/1782355666/1613368124
1. On which beautiful mountain do powerful research telescopes sit?
2. What unusual color defines the famous New Zealand lake?
3. What clean energy does the flowing water help generate?
4. In which year was the historic stone church built?
1. Would you like to study stars through a telescope?
2. Why does beautiful natural landscape attract many international tourists?
3. Is using clean electricity important for protecting our planet?
4. Should historical buildings on shorelines be preserved forever?
High atop Mount John, powerful research telescopes scan some of the clearest and darkest night skies in the Southern Hemisphere. The site is part of the world-renowned astronomical observatory above Lake Tekapo, a striking destination set 710 meters above sea level in New Zealand’s Mackenzie Basin.
Beyond its natural beauty, the region plays an important role in energy production. Water flowing from the northern end of the lake feeds into a hydroelectric system that helps generate clean electricity for New Zealand.
