History

Hydropower can be traced back to over two thousand years. In its simplest form, the Chinese, during their Han dynasty, used falling water powering tilt hammers to process grains, ores, and paper. The ancient Greeks created waterwheels for similar purposes around the same time.

It was not until the First Industrial Revolution that modern hydropower took shape. The year 1827 brought about invention of the turbine by French engineer, Benoit Fourneyron. In 1831, Michael Faraday created the first electric generator. The combination thereof with modifications and improvements over 50 years later, in 1882, resulted in the first hydroelectric power plant opened in Appleton, Wisconsin, powering a paper mill and two other buildings. This event, unknown to those at the time, would cause the advent of numerous environmental and social debacles. We will go over these issues in the Geographic and Social Costs section.

Fox River Dam, the first hydroelectric station built in 1882, in Wisconsin. PHOTOGRAPH FROM THE LIBRARY OF CONGRESS

 

Hydroelectric power plants sprung up like weeds around the turn of the 20th century and continued to experience significant construction growth throughout the mid-1900’s, all over the world. By the 1970’s, people began to rally against the unregulated expansions of these projects. People like Dr. Hans Neu (pronounced Noy).

Sources:

1. https://www.hydropower.org/a-brief-history-of-hydropower

2. https://energyinformative.org/the-history-of-hydroelectric-power/

3. http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.695.3520&rep=rep1&type=pdf

4. https://www.nationalgeographic.org/thisday/sep30/first-hydroelectric-plant-opens/

5. https://en.wikipedia.org/wiki/Hydroelectric_power_in_the_United_States

Dr. Hans Neu

Dr. Hans Neu was a German engineer and oceanographer who, ahead of his time, predicted how the storage of water in reservoirs and the eventual release back into the environment, disrupts the natural seasonal hydrological cycle. Before we delve into his work, it is important to get a picture of his background and the reasons why his voice still resonates today.

"You know, it seemed to me that what he was doing should be done. It was very exciting. It's looking at a process, and raising an alarm. We should be careful and see what the implications are because--and [for] all of these environmental issues--it's always a matter of a balance. Hans, you know, I think was bang on to raise these issues."

Donald Gordon, Scientist Emeritus at the Bedford Institute of Oceanography, former colleague of Neu's

Before migrating to Canada in the early 1950’s, Neu worked as a mechanical engineer on small low-head rivers and the building of dams in Germany. Due to increasing political turmoil at home, he and his wife migrated to Canada where Hans soon worked for the National Research Council (NRC) in Ottawa: the scientific research wing of Canadian government. In that era of marine research in Canada, the country lacked research professionals and would often hire those from overseas, namely Europe.

During his time at the NRC, Neu was responsible for helping design construction variations and flows through the Saint Lawrence River waterways to bypass obstructed sections. Another major project he was tasked with was recommending changes to a Fraser River tidal project for deep-sea navigation that had been switching hands between the University of British Columbia, the British Columbia Department of Public Works, and private industry. In both of these experiences, politics limited the scope of Neu’s attempts to ameliorate project impacts on the environment. Lacking freedom and feeling frustrated, Neu decided to work at the Bedford Institute of Oceanography (BIO), a newly-funded research institute based in Darthmouth, Nova Scotia. Neu worked at BIO until the day he retired.

The BIO chapter of Hans Neu’s career allowed him to conduct research across different branches of oceanography and allowed him to research further and wider. Some of these areas include: improving the layout of the Halifax harbor, the hydrodynamics of Chedabucto Bay, decade-long investigations into the wave action climate of the Atlantic Ocean, sedimentation in Rivière-au-Tonnerre, and even ice drift in the Arctic. Through meticulous online queries, visits to BIO and the NRC, we have acquired much of Neu’s research for your perusal below. 

Based on his years of dam design and construction work in Germany and his extensive research across Canada, Neu’s understanding of environmental ramifications from oceanographic and riverine engineering projects grew and he became passionate about how environmental condemnation costs from these projects outweighed the benefits. Beginning in the 1960’s, Neu turned to the press and wrote a number of research papers about the effects of hydropower runoff (which you can read below): Man-Made Storage of Water Resources—A Liability to the Ocean Environment? Part I & II and Runoff Regulation for Hydro-Power and its Effect on the Ocean Environment.

With his reach at the Bedford Institute, Neu was able to relay his message through the press all over the country. ARTICLE FROM THE EDMONTON JOURNAL, FEBRUARY 26, 1974

Chief amongst his concerns were the cascading effects of what seasonal discharges of reservoir water back into the environment would cause: aggravating water temperature levels, water salinity affecting boundary mixing in estuaries, sediment deposition changing spawning rates for fish, and the lack of nutrients causing wide-spread, complete trophic level disturbances.

Neu’s work across oceanography and marine research has been used as primary-sourced literature for scientists and as historical records for subsequent work. He has been cited in the seminal Silenced Rivers: The Ecology and Politics of Large Dams by Patrick McCully. Until the end, Hans Neu was an adamant dissenter of hydropower damming, particularly large-scale projects. Neu’s prescient voice foretold serious issues we face today including habitat destruction, fisheries collapse and climate change.  

Name Downloads File Size
Name Downloads File Size
1956 – N.R.C. Polly's Gut Modification
48 downloads bytes
1956 – Tailwater Elevation at Barnhart Powerhouse
40 downloads bytes
1958 – Saint John Harbour Survey – Preliminary Report
24 downloads bytes
1958 – Cornwall Island Model – Second Study for the Effects of Construction Delays in Cornwall North Channel
38 downloads bytes
1958 – Cornwall Island Model – Study for the Effects of Construction Delays in the Cornwall North Channel for the 1 July 1958 Condition
40 downloads bytes
1959 – Proposal for Navigation Improvements in the St. Lawrence River Between Quebec and Montreal
39 downloads bytes
1960 – Recommendation for improvements to Saint John Harbour, NB
20 downloads bytes
1962 – The current structure of rivers
25 downloads bytes
1962 – Preliminary Review of the Fraser River Studies and River Improvements
48 downloads bytes
1964 – Salinity-Structure, Temperature-Distribution and Transport Mechanism in the St. Lawrence Estuary
21 downloads bytes
1965 – Flood control problems in Taiwan
24 downloads bytes
1967 – Transverse Flow in a River due to Earth's Rotation
24 downloads bytes
1968 – Equipment for Calibrating Current Meters in the Bedford Institute
41 downloads bytes
1968 – Waves in Halifax Harbour
42 downloads bytes
1969 – Salinity variations, density currents, and silt transport in the Saint John Estuary
23 downloads bytes
1969 – Review of the Layout of the Container Pier in Halifax Harbour
41 downloads bytes
1970 – A Study on Mixing and Circulation in the St. Lawrence Estuary up to 1964
28 downloads bytes
38 downloads bytes
1972 – Extreme wave height distribution along the Canadian Atlantic Coast
20 downloads bytes
1976 – Runoff Regulation for Hydro-Power and its Effect on the Ocean Environment
35 downloads bytes
1976 – Review of the Environmental Forces for the Design of the Tiner Point Oil Terminal
35 downloads bytes
1976 – Wave Climate of the North Atlantic
35 downloads bytes
1977 – The Physical Oceanography and Sedimentation of Rivière au Tonnerre
31 downloads bytes
1979 – Scientific studies during the Kurdistan tanker incident – proceedings of a workshop
22 downloads bytes
1981 – Sea State During the Breakup of the Oil Tanker Kurdistan
33 downloads bytes
1982 – Energy Levels in the North Atlantic and Ship Routing
16 downloads bytes
1982 – 11-year deep-water wave climate of Canadian Atlantic waters
32 downloads bytes
1982 – Ice Drift in Southern Baffin Bay and Davis Strait: Research note
33 downloads bytes
1982 – Man-Made Storage of Water Resources—A Liability to the Ocean Environment? Part I
44 downloads bytes
1982 – Man-Made Storage of Water Resources—A Liability to the Ocean Environment? Part II
35 downloads bytes
1984 – Interannual Variations and Longer-Term Changes in the Sea State of the North Atlantic From 1970 to 1982
35 downloads bytes