“Lake Coleridge: there is stark beauty in this clear, almost royal - blue lake and the brown hills plunging steeply into it, all backed by the sharp, snow covered peaks of the southern alps” (Rosemary Britten, Lake Coleridge, The Power, The People, The Land p15. Hazard Publishing 2000)
The Lake Coleridge landscape has been formed over millions of years. Massive glaciers gouged out the land and earthquakes, wind, rain, frost, and even volcanoes, have all been part of the process that helped form the landscape we have today.
The Pinnacles, Harper River
Lake Coleridge was called Whakamatua by the Maori. The lake area had a plentiful supply of eels and birds. It was an important food gathering stop for trading and raiding parties crossing the Southern Alps seeking precious greenstone(pounamu) from the West Coast
The first Europeans to arrive in the Lake Coleridge area were surveyors. They were mapping out a route through to the gold fields of the West Coast. Runholders taking up vast areas of land, were quick to follow. Pastoralism is still an important land use in the Lake Coleridge Basin
Colin Hyslop’s travelling shop which serviced the Lake Coleridge Basin, bringing knitting wool, fabrics & cotton for the women, & sweets, a rare treat for the children.
The Lake Coleridge area was named after an early member of the Canterbury Association. He was a descendant of the famous English poet, Samuel Taylor Coleridge.
Created by glacier moraine, there is a difference in height of 170 metres between Lake Coleridge and the Rakaia River. This meant it was an ideal site for the country’s first state hydroelectric scheme. It was commenced in 1911 and commissioned in 1914. The power station, small by modern standards, still feeds power into the national grid.
Living accommodation (tents) for the married staff before houses were built in the LaKe Coleridge Village
The Lake Coleridge power station was built to supply electricity to the growing city of Christchurch. It was a massive undertaking at the time. It took three years to complete, becoming operational on 25th November 1914. At the time it was a significant engineering feat as it was built on glacial moraine (base shingle). This had never been achieved before.
Construction workers arrived in 1911 to a wild and bleak landscape. Initially workers were housed in tents and sheds. The winters were harsh which prompted the building of some permanent housing. Later, improved conditions encouraged wives to join their husbands and in 1914 a school began with 15 pupils.
Construction was carried on everywhere at the same time and the village swarmed with workmen, up to 400 at a time. Traction engines, horses, carts and motor lorries carried all the gear necessary for building and living.
Power Station 1913
In 1915 a ‘show home’ was built in the centre of Coleridge Village as an example of an all electric home. The Electric Cottage, now privately owned, can be seen from the village green.
As construction workers moved on, power station staff and their families replaced them. The village took shape with three main streets, houses, a school and shelter belts. One notable superintendent of the power station (1923 - 1953) was Harry Hart MBE. He loved trees. The park-like setting of the village today is due to Harry Hart. He established an arboretum of hardy pines and conifers which remains unique in New Zealand today.
The Electric Cottage
Mona Anderson MBE, a popular 1960's and 70's author of books about the Canterbury high country, is a famous local identity. Mrs Anderson and her husband, Ron, lived across the Wilberforce River at Mt Algidus Station for 35 years. She wrote many books beginning with a best seller ‘A River Rules My Life’ in 1963. Mona was a talented musician, often playing the piano for social gatherings in the village.
From Wikipedia
Lake Coleridge is located in inland Canterbury, in New Zealand's South Island. Located 35 kilometres to the northwest of Methven, it has a surface area of 47 km².
The lake is located to the north of the Rakaia River, and is the site of one of the country's earliest hydroelectric schemes, completed in 1914. The project makes use of the difference in altitude between the lake and river (the lake is 150 metres higher). Both the Harper and Wilberforce Rivers have had some of their flow diverted into the lake.