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The Nipigon River

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Page 1: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

TheNipigonRiver“

Page 2: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

TheNipigonBasin

Page 3: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

HistoryoftheArea

1000-1600 Aboriginals are well established in the area.

1650 Europeans arrive and are in awe at the limitless supply of beavers, otters and muskrats. Became huge center for fur trade.

1850 Ojibway sign the Robinson Superior Treaty

1900s First log drive attempted down the Nipigon river. Full log drives occurred from 1923-73.

Late 1800s The Nipigon Region begins to be identified as a beautiful area internationally. CPR is built through Nipigon. The region is now connected to the rest of the country.

WW1 Commercial fishing begins. Construction of hydro dams begin along the Nipigon R. Hydro dams were constructed until the 1950s.

1916 World Record Brook Trout Caught (14.5 lbs)

1943 Ogoki river diversion begins. Increased flow of Nipigon R. by 50%

Theodore Roosevelt

2001 Nipigon places a special focus on sustaining bald eagle population in area.

1940 Long Lake Diversion.

H.R.H. Edward Prince of Wales

Page 4: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

HistoryofDamsintheNipigonRegion

•  CameronFallsDam–1920•  AlexanderDam–1930•  PinePortageGeneraDngStaDon–1950

Page 5: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

LongLakeandOgokiDiversions

Page 6: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Purpose of the Projects

ToeasefearsthatenergyshortagesintheUnitedStateswouldhinderindustrialproducDonofmaterialfortheWorldWarIIdefenseeffort

a)LongLakeDiversionMovewaterfromtheAlbanyRiver/JamesBaysystemintotheGreatLakes

KenogamiRivernowflowssouthintotheAguasabonRiverintoLakeSuperior

EarlyfuncDonwasInterbasinpulpwoodtransportaDon plusPowergeneraDonintheSt.Mary’s,Niagara

andtheSt.LawrenceRivers.

Page 7: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power
Page 8: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

History of the projects

In1940,theUnitedStatesagreedtouse143m3/sofwateratNiagaraFallsinOntario,ifCanadawouldrapidlyconstructtheOgokidiversionandconDnuewithLongLake.

Page 9: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

b)OgokiDiversion

TodivertnortheastwardflowingOgokiRiversouthwardthroughLakeNipigonandintotheGreatLakessystem.

Toprovideanaverage113m3/sflowincrementofwaterforpowerproducDonatgeneraDngstaDonsontheNipigon, St.Mary’s, Niagaraand St.Lawrencerivers.

Page 10: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power
Page 11: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

The Process of the OgokiDiversion

ConstrucDonofadiversiondamatWabooseRapidsØ  CausedwaterlevelsatOgokiRivertorise12m.Ø  FloodedrivervalleyandMojikitLakeuptotheheightofthelandØ  There,a0.4kmdiversionchannelwasexcavated

TheSummitControlDamregulatessoutherlyflowsØ  ThedivertedwaterenlargestheLi^leJackfishRiverwhich

dischargesintoOmbabikaBayatthenorthendofLakeNipigon

Ø  TreeswerenotclearedfromthereservoirpriortoinundaDon.

TheprojectbecameoperaDonalinJuly1943.

Page 12: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

SummitDam

Page 13: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

WabooseDam

Page 14: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Diversion Effects

Page 15: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Biophysical Changes

ErosioninReservoirs,DiversionChannelsanddownstreamWaterBodies Erosionhasledto... à Increasedturbidity à Degradedwaterquality à Damagedprivateproperty&

culturalarDfacts Impairedhabitatsforfish

Page 16: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Biophysical Changes (cont)

Treesareinornearreservoirs,diversionchannelsandLakeNipigonFailuretocleartreeshasledto...v Excessdebris

(Willtake100sofyearstodisappearby naturaloxidaDon)

v ParDallysubmergedstandingtreesCausesnavigaDon&shorelineaccesshazards

v DegradednaturalaestheDcs

Page 17: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Biophysical Changes (cont) (((cont)

v DrownedvegetaDon

v Createsahazardforcommercialfishing

v Longtermimpactonfishhabitatsisunclear

v SDllanabundantpopulaDonofwalleyeandpikeinOgokiReservoir

v MercurylevelsinfishfleshareaboveacceptablelevelsforconsumpDon

v Noevidenceofdetrimentaleffectsonmoose,caribouorotheranimalslivinginthewatershed.

Page 18: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Socioeconomic Change

EconomicBenefitsfromHydroelectricityofLongLake&OgokiDiversions-  1943to1974àprofitsexceeded220milliondollars.

Page 19: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Socioeconomic Change •  CreditforDivertedWater-  Canada’srighttothedivertedwaterwasmadepermanentbythe1950Niagara

RiverTreaty.- 1943to1972àdiversionsaveraged18.7m3/smorethanexpected.- Underthetreaty,Canadacanuseonlyhalfofthesurplus(9.3m3/s).-  TheUnitedStatesagreedinprincipalthattherightsofwaterdivertedintothe

GreatLakesshouldbevestedinthecountryfromwhoseterritoryitcomes.- ThisagreementwasnotapprovedbytheU.S.Senate.

- Canadadoesnotreceivecreditforabout9.3m3/sofwateratNiagaraandfor

halfofthedivertedwaterintheSt.Mary’sandSt.Lawrencerivers.(TheresultoffailingtocreateaninternaDonalGreatLakesBasinwateragreement.)

Page 20: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

ProposedLi^leJackfishRiverHydroelectric

Page 21: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power
Page 22: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

TheAboriginalsPresentConflict� ConflictbetweentheWhitesandIndianBandand

OntarioHydroconcerningtheproposedLi^leJackfishHydroelectricProject.

� WhitesandIndianBandisafraidofthesameeffecttheOgokiDiversionhadontheircommunity.

� TheproposedLi^leJackfishHydroelectricProjecthasthepotenDalofdamagingtheriversystembyfloodinganddestroyingtheland.

Page 23: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

TheAboriginalsAcDonsTaken•  June4,1990,OntarioHydroandtheChiefandCouncilofthe

WhitesandIndianbandannouncedacomprehensivelanduseandharvesDngstudy.

•  Highlightsfromthestudyincludedtheeconomic,social,cultural,andspiritualimportanceoflivingofftheland.

•  ConflictsbetweenWhitesandIndianBandandOntarioHydrodealtwithinafairandeffecDvemanner.

•  TheLi^leJackfishRiverHydroelectricProjecthasnotstartedconstrucDon.

Page 24: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Hydro-ElectricDamsandTheirEffectonFishPopulaDons

Page 25: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

ProblemsAssociatedwiththeDammingoftheNipigonRiver

•  Briefhistoryofthehydro-electricdams

•  ProblemswithwaterlevelfluctuaDons

•  EffectsonfishpopulaDons

Page 26: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

ProblemsAssociatedwithWaterLevelFluctuaDons

•  WaterlevelfluctuaDonsnecessarytoregulateflowtodams

•  Resultedinfloodingofsurroundinglandandlakes

•  Erosionofstreambanksandsedimentload

•  NegaDvelyaffectedfishpopulaDons:migraDngandspawningpa^erns.

Page 27: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

EffectsoftheDamsonFish

•  ConstrucDonofdamshasreducedmigraDonandaffectedspawning

•  GreatestimpactonBrookTrout•  FluctuaDngriverlevelsin

combinaDonwithcompeDDonfromotherintroducedfishspecies,andextensivefishingcausedpopulaDonstodropsignificantly

•  1989rehabilitaDonprogramputintoeffect

•  PopulaDonsareimprovingsinceimplementaDonofprogram.

Page 28: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power

Map of Dams

Page 29: The Nipigon River - Lakehead University · 2016-01-29 · through Lake Nipigon and into the Great Lakes system. 3To provide an average 113 m /s flow increment of water for power