Upload
united-nations-office-to-support-the-international-decade-for-action-water-for-life-2005-2015
View
582
Download
0
Tags:
Embed Size (px)
DESCRIPTION
Finland-Russia cooperation. Seppo Rekolainen, Finnish Environment Institute. Furthering water cooperation among nations and stakeholders. Making it happen! International Annual UN-Water Zaragoza Conference 2012/2013. Preparing for the 2013 International Year. Water Cooperation: Making it Happen! 8-10 January 2013
Citation preview
Transboundary water co-operation between Russia and Finland
Seppo Rekolainen
Finnish Environment Institute
Member of the Transboundary Water Commission between Russia and Finland
●Early sixties: large water quality problems, hydropower regimes, flood management problems
●Common understanding of risks, benefits and costs in the broad sense: knowledge and understanding of the neighbours’ situation
●Open atmosphere in both sides: willingness to face the problems
●Legal basis: Agreement, signed 1964
●One agreement: all transboundary rivers and lakes (>400, about 20 significant, large/significant issues)
Finland and Soviet Union: needs for joint management of transboundary waters
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
2
Signing ceremony in 1964
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
3
The agreement
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
4
Norway
FinlandSweden
Russia
LakeSaimaa
River Vuoksi
LakeLadoga
f
River Paatsjoki
FINLAND – RUSSIA TRANSBOUNDARY WATER COOPERATION
Location of Finland with Rivers Vuoksi and Paatsjoki crossing the Russian border
THE LAKE SAIMAA - RIVER VUOKSI SYSTEM
●Catchment 69 500 km2
○ Finland 77 %, Russia 23 %
●Lake Saimaa
○ surface 4 460 km2
○ precipitation ~ 600 mm/a
●River Vuoksi natural discharge
○ mean 600 m3/s
○ max 1170 m3/s
○ min 220 m3/s
FINNISH - RUSSIAN AGREEMENT ON THE UTILISATION OF TRANSBOUNDARY WATERCOURSES (1964)
●Regulations on:○ Water flow and structural measures○ Floods and water scarcity○ Timber floating and navigation○ Fisheries and fish migration○ Pollution and water quality○ Frontier guard issues (related with water)○ Even public health and economic considerations
JOINT FINNISH – RUSSIAN COMMISSION (1965)
●Each Party appoints 3 members (including chair), 3 deputy members, experts, secretary
●Annual meetings with reports from joint working groups according to common annual plan
●Decisions are made unanimously, binding on both parties
●If mutual understanding is lacking, the Commission may take the issue to the governments○ not occurred so far
●The Commission has Annual meetings (50th meeting in 2012, 50th anniversary in 2014)
●Permanent working groups
1) the integrated water management group 2) the water protection group 3) the frontier guards group, and 4) the chairpersons group
Additionally: fisheries group
The Structure of the Commission
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
9
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
10
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
11
LAKE SAIMAA AND RIVER VUOKSI DISCHARGE RULE
●Hydropower and flood risks main challenges at the starting point in 1970s
●Management challenges – Russia
○ Low flows in winter, spill discharges at high flows - problems for hydro○ Other interests: fisheries, abstraction, recreation○ Two hydro power units in river Vuoksi
●Management challenges – Finland
○ Repeated floods (1899, -24, -36, -55, -62-63, -74-75) - losses to settlements, industry, agriculture
○ Interests: hydro power, navigation, fisheries, recreation, endemic species○ Low waters - problems to navigation, recreation in Lake Saimaa ○ Two hydro power units in river Vuoksi
●Initiative of the Russian Party at the Joint Transboundary Commission 1973
LAKE SAIMAA AND RIVER VUOKSI DISCHARGE RULE
●Development targets at the outset
○ Increase winter discharge and minimum flows in River Vuoksi○ Prevent exceptionally high and low water levels in Lake Saimaa○ Prevent exceptionally high and low flows in River Vuoksi
• First plan 1979 accepted by Joint Commission○ Counterarguments in both countries -> further planning and discussions
with stakeholders
●Several alternatives jointly investigated
○ Impacts on livelihoods, fisheries, hydro and other industry, habitation, navigation, water quality
• Joint discharge rule accepted 1989, implemented since 1991
• Main aim: minimise overall losses in Saimaa-Vuoksi basin
LAKE SAIMAA AND RIVER VUOKSI DISCHARGE RULE
• Natural water level and discharge in normal circumstances
• When water level forecast goes beyond normal zone discharge may be increased or reduced
• Natural discharge resumed when flood or drought threat ceases
●Common monitoring programmes○ Intercalibration of chemical analysis (present results
excellent)○ Common reports on water quality
Water quality and water protection
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
15
Vuoksi – COD Вуокса - ХПК
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
16
0
2
4
6
8
10
12
14
1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
CODMn mg/l FICODMn mg/l RUSmoving average (6 sampes), FImoving average (6 samples), RUS
Vuoksi
Kemiallisen hapenkulutuksen pitoisuudet (CODMn) Vuoksella Suomen ja Venäjän puolella vuosina 1994–2010.
Химическое потребление кислорода (ХПКMn) на р. Вуокса в российском и финляндском створах в 1994–2010 гг.
Chemical oxygen demand (CODMn) in the River Vuoksi in the Finnish side (blue) and the Russian side (red) 1994–2010.
●Common reports on loads and other pressures as well as all protection and mitigation measures done and planned
Water quality and water protection
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
17
0
500
1000
1500
2000
2500
0
50
100
150
200
250
19
72
19
74
19
76
19
78
19
80
19
82
19
84
19
86
19
88
19
90
19
92
19
94
19
96
19
98
20
00
20
02
20
04
20
06
20
08
20
10
Vuoksen-Saimaan alue BOD7 t/dKiintoaine t/dCODCr t/dTuotanto 100 t/dJätevesien määrä x1000 m3/d
t/d100 t/d
m3/d
BOD, COD and Solids to the River Vuoksi
Remaining challenges
●Climate change ○ Increased occurrence and variability of
heavy precipitation and drought periods○ Shorter snow period, more abundant
autumn and winter floods, less severe spring floods
○ Alterations in ice conditions
• Ice and snow cover essential for
Saimaa seal nesting
●Forecasting and optimal flow control become crucial
-> improved real-time data on hydrology and meteorology
●Flood risk management tools: mapping and planning
●Some waste water issues (redirecting)
●Identification of shared interests and goals
●Analysis of multiple interests disregarding state borders
●Finding an optimal solution for sharing costs and benefits
●Participatory approach: involve stakeholders to identify their needs, problems and priorities
●Long-term commitment
●Being open and transparent has increased the trust between partners
FINLAND - RUSSIA COOPERATION: CONCLUSIONS
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
19
13.
04.
23S
eppo
Rek
ola
inen
, SY
KE
20
Thank you!