Proceedings of the 4th National Fiji multi-stakeholder
consultations, Namosi Provincial House, Navua, 9th December
2003Reducing Vulnerability of Pacific ACP States
PROCEEDINGS OF THE 4TH NATIONAL FIJI MULTI-STAKEHOLDER
CONSULTATIONS
Namosi Provincial House, Navua 9th December 2003
EU-SOPAC Project: Reducing Vulnerability of Pacific ACP States –
Proceedings of 4th National Fiji Multi-Stakeholder
Consultations
2
Compilers:
June 2004
IMPORTANT NOTICE
This document has been produced with the financial assistance of
the European Community; however, the views expressed herein must
never be taken to reflect the official opinion of the European
Community.
For more copies of this report, apply to the SOPAC Secretariat at
the address below:
SOUTH PACIFIC APPLIED GEOSCIENCE COMMISION c/o SOPAC
Secretariat
Private Mail Bag GPO, Suva
FIJI ISLANDS http://www.sopac.org
[email protected]
EU-SOPAC Project: Reducing Vulnerability of Pacific ACP States –
Proceedings of 4th National Fiji Multi-Stakeholder
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CONTENTS
EU-SOPAC Project: Reducing Vulnerability of Pacific ACP States –
Proceedings of 4th National Fiji Multi-Stakeholder
Consultations
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RECORD OF PROCEEDINGS 1. Opening The 4th Fiji Multi-Stakeholder
meeting was held at the Namosi Provincial House in Navua, 09th
December 2003. Participants included Government and representatives
or headmen from communities and villages from the province of
Namosi and Serua (see Appendix A). Invitations were also issued to
the Private Sector, including relevant stakeholders such as Navua
Rural Local Authority, Fiji Hardwood and the local Aggregate
extraction companies, but unfortunately no representatives attended
during the day. Viliame Baleivanualala of the Mineral Resources
Department called the meeting to order.
2. Setting the Scene – SOPAC EU Project Regional Perspective
Stephen Booth, Project Leader, SOPAC/EU Project Leader The
presentation (Appendix C) provided an overview of the purpose of
the Project, its background and status to those that were
participating in the discussions for the first time. The
implementation of the Project regionally was also discussed. The
concept of integrated data sets was introduced and demonstrated
through examples on how datasets could be linked and analysed from
various organisation. An update of the various specific activities
in Fiji was also presented and covered:
• Mapping of offshore area of entire coast of southern Viti Levu
completed. • 5 Geographic Information System/Remote Sensing
(GIS/RS) training courses held for 26
participants. • IKONOS satellite imagery ordered for Navua and
Sigatoka River Catchment • Fellowship awarded. • Suva-Navua hazard
assessment in progress.
Illustration 1: Map showing the Participating Villages of the 4th
Stakeholder Consultations
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Proceedings of 4th National Fiji Multi-Stakeholder
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3. SOPAC EU Project Fiji update Viliame Baleivanualala, Principal
Scientific Officer, Mineral Resources Department. The presentation
(Appendix D) included the various criteria that were used in
selecting the southern coast of Viti Levu as the project site.
Since the 3rd Stakeholders Meeting the Work Plan has been reviewed
and amended. The tectonic mapping of Suva to Yarawa has been
completed. There were also various meetings that were held as a
build up to the Navua 4th Stakeholder Meeting. The objectives of
this meeting were also presented and includes: • Introduce Project
to community level • Secure support and active participation of
rural communities. • Participants to identify problems faced in
terms water, natural hazards, and aggregates. • Determine clusters
of problems and interests in zones. • Prioritise and identify pilot
project sites in the Navua River catchment area. 4. Presentations
4.1 Imagery
Jeremaiya Taganesia, Senior Scientific Officer, Mineral Resources
Department The presentation (Appendix E) discussed the IKONOS
imagery which has been purchased for the entire Project area
including the upper catchment areas. The presentation covered the
different types of images used and their applications including
image backdrop and coastal change detection analyses. The different
backdrops used include IKONOS satellite imagery at 4 m resolution
and scanned 1:50,000 Fiji Map Series Topographic Maps. The images
are geometrically rectified before importing into a GIS. The
concept of image backdrops was also explained and an illustration
of it shown. 4.2 Swath mapping
Luna Wong, Offshore Geologist, Mineral Resources Department The
presentation (Appendix F) discussed the mapping of the coastal and
ocean areas in Fiji, Papua New Guinea, Samoa, Solomon Islands,
Tonga, Tuvalu, Kiribati and Vanuatu. To assist in the coastal and
seabed mapping process, a 'state of the art' seabed system called a
Multi-Beam Swathmapper was bought. The presentation covered how the
swathmapper is being used in the Project, particularly for the
three focal areas: hazard mitigation and risk assessment;
aggregates for construction; and water resources supply and
sanitation. For finding alternative sources of aggregates, there
was an offshore mapping exercise from Naselai to Momi and results
of this were discussed. The various application of the data
gathered in the swath mapping includes providing detailed charts of
ocean and coastal waters and this has enabled the identification of
the three potential ports to ship copper concentrates from the
proposed Namosi Copper Mine: Mahaffy Reef, Matainimali Reef and
Naqara Island. In addition, the water circulation models from the
swath mapping could identify the path of the waste material from
the Namosi Copper Mine - mine tailings, discharged through a
submarine outfall into the Beqa lagoon and also its effects on the
nearby biological communities and marine environment. In turn, the
data gathered could assist in finding alternative ways in
discharging the mine tailings that could have minimum effect on the
surrounding environment. Applications of the swath mapping data
also includes providing seabed maps that help in the identification
of areas of geological instability that pose potential
hazards.
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4.3 Landslides in the Navua Catchment Akosita Lewai, GIS Officer,
Forestry Department (Appendix G)
The presentation (Appendix G) noted that some of the stakeholders
of the Project are also already focusing on the same 3 areas of
interest of the Project as shown in their current and future
planned activities. The project can and has linked these different
activities together to enable a joint effort. An example of this is
the Department of Forestry’s project on Landslides Assessment on
the Navua Catchment. It focuses mainly on identifying landslide
prone areas by means of GIS and RS techniques. This project could
then transfer and apply this model to the rest of Fiji for the
purpose of improving land use and forest planning with regards to
landslides risks. This presentation also discussed the reasons why
the catchment was chosen as its project site. Navua Catchment
contains a vast area of mahogany plantation and therefore will be
the area of extensive mahogany forest harvesting. It is also an
area of extensive logging. The project could then produce rectified
and geo-referenced aerial photographs for the Navua catchment, a
landslide inventory of the Navua Catchment, and a detailed
description of selected landslide types. 4.4 Aggregates in
Fiji
Akuila Tawake, Aggregate Geologist, SOPAC The different sources of
aggregates in Fiji include river excavation and dredging, beach
sand mining and hard rock quarrying of volcanic and/or plutonic
rocks were discussed. The Navua River Catchment is one of the major
suppliers of aggregates in south-eastern Viti Levu including Suva.
However, over-exploitation of this resource would bring about
erosion, more siltation and changes in sediment transport and water
flow direction, which would be detrimental to the river system and
the environment. Aggregates have a wide range of application such
as construction of buildings, manufacture of cement, coastal
defences and road surfacing in Fiji. The presentation highlighted
the importance of finding other potential terrestrial aggregate
sites in order to avoid the exhaustion of the current active sites.
It is advisable that river gravel extraction in the lower Navua
River Catchment is to be reduced to a more sustainable level. To
compensate for this, potential hard rock sources should be assessed
as an alternative source of aggregates along the Serua – Suva
corridor . 5. Breakout into Functional Areas to Review and to
Gather Information Following the presentations the participants
were requested to reorganise themselves into three syndicates, each
dealing with a separate Project area: Water and Sanitation;
Aggregates and; Hazard and Risk to discuss their expectations of
the Project in the particular interest area and get feedback on
issues faced in their communities. Each group appointed a
spokesperson to present the outcomes of their discussions. A
participant from Namuamua raised the issue of how gravel extraction
by the three companies has greatly affected the river water level.
The question raised is of whether there is a guideline for the
issuing of permits for gravel extraction. There have been requests
by the villagers for a review, however nothing has been done. The
villagers have approached the Bose ni Yasana to address the
problem. Other problems identified by the participants included
landslides, timber waste being dumped into the river resulting in
the loss of some fisheries and the contamination of drinking water
after the occurrences of landslides. This session then lead onto a
second round of discussions where specific issues were discussed.
The outcomes of these discussions are detailed in Appendix B and
summarized in the Pie Charts (Chart 1.0 – 1.4) below and show the
main water supply for the 34 villages, their various water
problems, problems caused by dredging and the various hazards that
they face. Out of the thirty- four villages, 24 villages reported
their source of water as being from a tributary of the Navua
Catchment. The Navua Water Supply provides for the villages of
Dranikula and Wainiyabia. A major problem faced by most villages is
the supply of contaminated water during very high rainfall. This is
due to the water pipes being clogged with mud and debris. Other
water problems include very low water pressure and water cuts
during dry spells. The increase in number of the villagers which in
turn leads to greater water demand is a cause of the very low water
pressure as
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Proceedings of 4th National Fiji Multi-Stakeholder
Consultations
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being reported by thirteen villages. Wainimakutu and Saliadrau
reported no water problems. A major problem caused by the dredging
of gravel in the Navua Catchment is the decrease in the river's
water level and how it has affected the normal flow of the
tributaries of the Navua River. Landslides are a major hazard in
the area as reported by twenty villages, 8 from Namosi, 4 from
Serua, 7 from Nuku, and 1 from Nakavika of tikina Wainikororoisa.
Four villages from Serua raised the issue of the depletion of
marine resources as a major problem in their area whereas the
representatives from Culanuku, Naboutini, and Wainimakutu were
concerned with beach erosion and the degradation of their
coastline. tables below.
Chart 1.0: Out of the thirty-four villages, 24 villages reported
their source of water as being from a tributary of the Navua
Catchment. The Navua Water Supply provides for the villages of
Dranikula and Wainiyabia.
Chart 1.1: A major problem faced by most villages is the supply of
contaminated water during very high rainfall. This is
due to the water pipes being clogged with mud and debris. Other
water problems include very low water pressure and water cuts
during dry spells. The increase in number of the villagers which in
turn leads to greater water demand is perceived to be a cause of
the very low water pressure as being reported by the thirteen
villages. Wainimakutu and Saliadrau reported no water
problems.
92.86%
7.14%
Pie chart showing the percentages of the sources of water for the
villages
Own catchment navua water supply
Low water pressure due to high demand
Water Cuts on dry spells
Water Contam- ination due to logging activi-
Water pipes broken during flooding
Water clogged with dirt during very high rain-
Difficulty in pay- ing water bills
Water Contam- ination from a newly con-
0 250 500 750
1000 1250 1500 1750 2000 2250 2500 2750 3000 3250 3138
2939
1455
420
2321
Nature of Problem
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Chart 1.2: Gravel dredged from the river is a major source of
aggregates. Out of the 20 villages that reported their
sources of aggregates, 16 villages reported it to be from river
gravel and 4 villages reported it to be form beach sand.
hart 1.3 Chart 1.3 A major problem perceived to be caused by the
dredging of gravel in the Navua Catchment is the decrease
in the river's water level and how it has affected the normal flow
of the tributaries of the Navua River.
80.00%
20.00%
Pie chart showing the percentages of the sources of aggregates for
the villages
Gravel from river Sand from the beach
Decrease in river's water level, river becomes shallow
Beach and river bank erosion and degradation of coastline
0 50
100 150 200 250 300 350 400 450 500 550 600 650 700 750 800
645
767 Graph Showing Problem Caused By Gravel Extraction vs The
Affected Population
Nature of Problem
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Chart 1.4: Landslides are a major hazard in the area as reported by
twenty villages, 8 from Namosi, 4 from Serua, 7
from Nuku, and 1 from Nakavika of tikina Wainikororoisa. Four
villages from Serua raised the issue of the depletion of marine
resources as a major problem in their area whereas the
representatives from Culanuku, Naboutini, and Wainimakutu were
concerned with beach erosion and the degradation of their
coastline.
Landslides Depletion of ma- rine resources
Flooding during very high tide
Tidal Waves 0
250 500 750
1000 1250 1500 1750 2000 2250 2500 2750 3000 3250 3500 3309
2511
1682
377
Nature of Hazard
ed
Table 1 below shows the various problems and risks that the
communities identified within the three project sectors. These
issues were then prioritised based on the following criteria:
• the total number of villages affected, and • the population
affected. For each problem, possible tasks were then identified and
will be incorporated into the Fiji Work Plan. Table 1. Table
showing the community priority issues and implementation priorities
in the Project target sectors. 1. WATER Nature of Problem No. of
Villages facing the problem Total population affected by
problem Priority (Low, Medium, High)
Possible Tasks for Incorporation into the Fiji Work Plan
Low water pressure due to high demand or during dry season.
10 from Namosi Namosi, Navunikabi, Nasogo, Wainilotulevu, Nuku
Primary School, Narukunibua, Burotu, Veivatuloa-Veivatuloa, Mau,
Nabukavesi 5 from Serua Wainidiro, Naboutini, Culanuku,
Total – 3138 Namosi (2508) Namosi (549), Navunikabi (371),
Wainilotulevu (150) Veivatuloa (377) Mau (381), Nabukavesi (680)
Serua (630) Wainidiro (139), Naboutini (345), Culanuku (146)
High Survey a selection of representative villages to review common
supply & demand factors & determine potential improvements
in storage and distribution.
Difficulty in paying water bills Serua Wainiyabia
Serua (154) Wainiyabia (154)
Low Community awareness programme to review water use practices and
propose conservation techniques as appropriate.
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Water cuts due to source drying up during dry spells
11 from Namosi Namosi village - Pri/Sec Sch, Nasogo Wainilotulevu,
Nuku Pri Sch Navunikabi, Veivatuloa-Veivatuloa, Mau, Nabukavesi
Narukunibua 2from Serua Wainidiro, Culanuku
Total – 2939 Namosi (2654) Namosi (549), Nasogo (48) ,
Wainilotulevu (150), Navunikabi ( 371), Veivatuloa (377) Mau (381),
Nabukavesi (680) , Narukunibua (98) Serua (285) Wainidiro (139),
Culanuku (146)
High Survey a selection of representative villages to review
security of existing source(s), storage requirements, identify
potential alternatives and introduce demand management
concepts.
Water contamination due to logging activities
5 from Namosi Naqarawai Namuamua Navunibau Nasigatoka 1 from Serua
Galoa, Namasimasi
Total – 1455 Namosi (960) Naqarawai (330),Namuamua (420), Navunibau
( 140) Nasigatoka (70) Serua (495) Galoa (299), Namasimasi (
196)
Medium Initial selective survey to identify true nature, scale
& frequency of contamination. Review potential mitigation
options with logging companies.
Water contamination from a newly constructed road
Namosi Naqarawai Serua Wainidiro
Total – 469 Namosi (330) Naqarawai (330) Serua (139) Wainidiro
(139)
Low Investigate potential for relocation of source upstream of new
road (or diversion of road drainage downstream of source). Review
situation with PWD Roads Dept
Water pipes broken during flooding
Namosi Namosi Primary School Namuamua
Namosi (420) Namuamua (420)
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7 from Namosi. Namuamua, Navunibau, Namasimasi, Nasigatoka
Navunikabi Naqarawai Narukunibua 7 from Serua Dranikula, Waibogi,
Culanuku, Galoa, Yanuca, Sabata, Qarasarau
Total – 2321 Namosi (1184) Namuamua (420), Navunibau ( 140),
Namasimasi (196) Naqarawai (330) Narukunibua (98) Serua (1137)
Dranikula (210), Waibogi (105), Culanuku (146), Galoa (299), Yanuca
(286), Sabata (28) Qarasarau (63)
High Survey a selection of representative villages to review source
intake-structure design and maintenance practices and make
recommendations as appropriate.
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2. AGGREGATES Nature of Problem No. of villages facing the problem
Total population affected by the
problem Priority (Low, Medium, High)
Possible Tasks for Incorporation into the Fiji Work Plan
Decrease in river's water level, river becomes shallow.
1 from Namosi Wainimakutu 6 from Serua Waibogi, Wainidiro,
Sauniveiuto, NasavSadro
645 Namosi Wainimakutu (276) Serua. (369) Waibogi (105) Wainidiro
(139) Sadro (125)
Medium A survey has to be carried out to ascertain the aggregate
extraction sites, methods and production rate. This may directly or
indirectly affect the water level and flow direction. Excessive
accumulation of sediment may also be responsible for decreasing
river depth.
Beach and river bank erosion and degradation of coastline
1 from Namosi Wainimakutu 2 from Serua Culanuku Naboutini
767 Namosi (276) Wainimakutu (276) Serua (491) Culanuku (146),
Naboutini (345)
High A site survey is essential to assess the severity of coastal
erosion in this area. After assessing what causes this, a coastal
management and monitoring system will then be developed in
conjunction with training and awareness programs.
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3. HAZARDS Nature of Problem No. of villages facing the problem
Total population affected by the
problem Priority (Low, Medium, High) Possible Tasks for
Incorporation
into the Fiji Work Plan. Landslides 12 from Namosi
Nakavika tik. Wainikororoisa Namosi - Pri/ Sec Sch Namuamua
Narukunibua Nasigatoka Nasogo Navunibau Navunikabi Wainilotulevu,
Nuku Pri Sch 8 from Serua Galoa, Namasimasi Qarasarau Sabata
Waibogi Wainidiro Wainimakutu Yanuca
Total – 3309 Namosi (2108) Nakavika (262), Namosi ( 549), Namuamua
(420) Narukunibua (98) Nasigatoka (70), Nasogo (48), Navinibau
(140), Navunikabi (371), Wainilotulevu (150) Serua (1201) Galoa
(299), Namasimasi (196), Waibogi (105), Wainidiro (139),
Wainimakutu (276), Yanuca (286)
High Landslides are an issue being intensively addressed by the
Project, with special emphasis on the villages identified in the
stakeholder meeting A landslide inventory and hazard map will be
produced for the areas identified and advice given on planned
village development projects where landslides or slope stability
are a potential hazard. The Project will focus mainly on the Navua
catchment, but advice could be provided on the basis of transfer of
findings and existing data to the coastal catchment
communities
Depletion of marine resources
4 from Namosi Veivatuloa Mau Nabukavesi Nakavika 5 from Serua
Dranikula Wainiyabia Nakorovou of tikina Batiwai Waibogi
Wainidiro
Total – 2511 Namosi (1700) Veivatuloa (377) Mau (381) Nabukavesi
(680) Nakavika (262) Serua (811) Dranikula (210) Wainiyabia (154)
Nakorovou (203) Waibogi (105) Wainidiro (139)
High This problem will be indirectly addressed as long it is linked
to the excessive supply of sediment from the beaches. The marine
survey might provide interesting background data for investigation
of fish habitats.
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Nature of Problem No. of villages facing the problem Total
population affected by the problem
Priority (Low, Medium, High) Possible Tasks for Incorporation into
the Fiji Work Plan.
Flooding during very high tide
1 from Namosi Wainimakutu 4 village Serua Naboutini Mau Nabukavesi
Wainitava
Total – 1682 Namosi (276) Wainimakutu (276) Serua (1406) Naboutini
(345), Mau (381), Nabukavesi (680)
Medium Discussions are underway on the possible establishment of a
flood monitoring and warning system for the Navua area.
Tidal Waves 3 villages from Serua Yanuca Sabata Qarasarau
Serua (377) Yanuca (286) Sabata (28) Qarasarau (63)
Low Currently won’t be addressed.
APPENDICES
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APPENDIX A: PARTICIPANT LIST AND WORKSHOP AGENDA Name Village
Province Lasaro Bulaikalou Namosi Namosi Josefa Tanasolo Nasoqo
Namosi Jovilisi Natoya Wainilotulevu Namosi Atonio Nemani Naqarawai
Namosi Serevasio Kotokoto Namuamua Namosi Inosi Basituka Navunikabi
Namosi Lasaro Bulaikalo Narukunibua Namosi Neori Mataini Burotu
Namosi Severo Ratulevu Wainiyavu Namosi Apisai Silasila Nukusere
Namosi Sailasa Tuibu Wainimakutu Namosi Makario Cakaunitabua
Nakavika Namosi Iosefo Batiasavu Veivatuloa Namosi Sairusi
Boseiwaqa Mau Namosi Tomasi Kororua Nabukavesi Namosi Pauliono Ulu
Navunibau Namosi Bosco Wainisitou Nasigatoka Namosi Tevita Naivalu
Saliadrau Namosi Romulo Drotini Wainiyabia Serua Saviri Waibogi
Serua Donasio Ratubuli Wainidiro Serua Mikaele Ikanidevo Culanuku
Serua Suliasi Susu Naboutini Serua Luke Qerewaqa Nuku Serua Romulo
Tawalo Naimasimasi Serua Maikeli Ratulevu Sauniveito Serua Timoci
Gasaucoloyawa Nasavu Serua Jonacani Vudravuwalu Sadro Serua Kolinio
Naulago Nakorovou Serua Tomasi Betomakita Serua Serua Epeli Naloki
Galoa Serua Isireli Kago Yanuca Serua Taitusi Magitivono Sabata
Serua Suliano Nakai Qarasarau Serua
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Fiji 4th Stakeholder Consultations Programme Aim of Workshop: •
Introduce project to community level • Secure support and active
participation of rural communities. • Participants to identify
problems faced in terms water, natural hazards, and aggregates. •
Determine clusters of problems and interests in zones. • Prioritise
and identify pilot project sites in the Navua River catchment
area.
Resource Persons:
Technical Officer Mineral Resources Department
3381611
[email protected]
Jeremaiya Taganesia
Assessment Specialist
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Regional Perspective – Stephen Booth SOPAC EU Project Fiji update –
Viliame Baleivanualala
9:45 MORNING TEA Breakout – Stakeholders’ expectations
Feedback to plenary 10:15 Presentations in Fijian and/or
English
1. Water and Sanitation – Steve Booth, EU Project 2. Swath mapping
– Luna Wong 3. Imagery – Jeremaiya Taganesia 4. Aggregates in Fiji
– Akuila Tawake, EU Project 5. Landslides in the Navua Catchment
area – Akosita Lewai, Forestry
11:45 Breakout into functional areas to gather information
(problems and solutions) from stakeholders
1. Water 2. Aggregates 3. Hazards
1:00 LUNCH 2:00 Plenary discussion and sorting of problems –
Viliame Baleivanualala 3:00 Closing – AFTERNOON TEA
APPENDIX B: DISCUSSION FINDINGS
VILLAGE – PROVINCE WATER & SANITATION AGGREGATES HAZARDS Namosi
Village NAMOSI Namosi Primary/Secondary School (Lasaro
Bulaikalou).
• Piping problem, roof catchment not used • Alternate source of
water is needed. This is
due to demand in usage due to increase in population and better
infrastructure in the village. Houses now have kitchens, toilets,
showers etc. Abaramo Bakaniceva (GROUP 4)
• They often have water problems and the students are sent home.
This water problem could be due to either 1. When the water source
dries up, or 2. When the students damage pipe/fittings etc or leave
the taps running. Lasaro Bulaikalou (Group 4)
Gravel is supplied from the river. The area is prone to landslides
and soil erosion.
Namuamua (52 Households) NAMOSI
The village has own catchment sourced from a tributary of the Navua
River. Water Problems • Dam is on opposite side of river and pipe
is
suspended across. Had been broken several times during flooding of
Navua River.
• Dirt clog funnel in dam during heavy rain and cleaning is
prohibited through flooding.
• The fuel from an equipment used by Nur Mohammed & Fenning a
logging company has seeped into the various streams that are
flowing near the village, which are their main water source. (GROUP
3)
Gravel is supplied from the river. Logging over the past years has
been blamed to be the cause of landslides during heavy rain. The
landslides have in turn blocked the road and eventually disrupt the
villagers’ movements. (GROUP 3)
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VILLAGE – PROVINCE WATER & SANITATION AGGREGATES HAZARDS
Naqarawai (52 Households) NAMOSI
Own catchment sources from a tributary of the Navua River. A lot of
water. Water Problems • The dam is below a new logging road. •
Runoff during heavy rain drains into dam
bringing dirt and oil from road. • During Logging the water in the
river
(source of water consumption) is polluted (GROUP 4)
Gravel is supplied from the river. The area is prone to landslides
and soil erosion
Nasogo (12 households) Wainilotulevu (15 households) Nuku Primary
School NAMOSI
Own catchment from a tributary of the Navua River. Two villages and
a school using same source Water Problems 1. Dries up during
drought revert to main river
use 2. School will close down for extended period,
until water supply is restored
Gravel is supplied from the river. The area is prone to landslides
and soil erosion
Navunikabi (67 Households) NAMOSI
The village has own catchment sourced from a tributary of the Navua
River. Water Problems • Funnel of main outlet from dam is
always
clogged with dirt during heavy rain, blocking water flow.
• During drought water pressure is low and can dry up altogether in
prolonged situations
Gravel is supplied from the river. The area is prone to landslides
and soil erosion
Culanuku (28 households) SERUA
Has own catchment from a tributary of the Navua River. 6. Water
Problems • The catchment dries up during very dry
periods. • Water is dirty during heavy rainfall.
Sand is extracted from the beaches Gravel supply is from
Nakavu.
Village’s beach continues to erode.
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VILLAGE – PROVINCE WATER & SANITATION AGGREGATES HAZARDS
Dranikula (48 Households) SERUA
Source from the Navua and Deuba water supply (paid source). Water
Problems • Dirty water supplied during heavy rainfall
• Sand is extracted from the beaches. • Gravel supply is from
Nakavu.
The villages for fishing mostly use the lagoon called Yarawa. The
marine resources in this area have greatly declined over the past
few years. In the past the villages have also voiced out this
problems to the government but nothing has been done about it
(GROUP 2)
Wainiyabia (27 households) SERUA
Has own catchment from a tributary of the Navua River. Source from
the Navua and Deuba water supply Water Problems • The community has
difficulty in paying for
the water supply.
• Sand is extracted from the beaches. • Gravel supply is from
Nakavu.
The village for fishing mostly use the lagoon called Yarawa. The
marine resources in this area have greatly declined over the past
few years. In the past the villages have also voiced out this
problems to the government but nothing has been done about it
(GROUP 2)
Waibogi (24 households) SERUA
Has own catchment from a tributary of the Navua River. Water
Problems • Water is dirty during heavy rainfall
Gravel is supplied from the river. • Erosion of riverbanks causes
problems to the communities’ plantation.
• Diminishes the rivers fish number. • The river’s watermark
decreases and river
becomes shallow. • The equipments used for extracting gravel
from the river greatly affect the normal flow of water. (A major
concern of participants
Wainidiro (30 households) SERUA
Has own catchment from a tributary of the Navua River. Water
Problems • A newly constructed road is located on an
upper slope from the water source and contaminates the water at
times.
• During dry spells water pressure is low and can dry up.
Gravel is supplied from the river.
• Erosion of riverbanks causes problems to the communities’
plantation.
• Diminishes the rivers fish number. • The river’s watermark
decreases and river
becomes shallow. • The equipments used for extracting gravel
from the river greatly affect the normal flow of water. (A major
concern of participants)
Narukunibua (Lasaro Bulaikalou)
A landslide during Cyclone Kina buried the dam. After the Cyclone
the landslide was cleared but the dam is still located on the same
spot. The demand for water has since increased. Also they are
having some problems, such as not so clean water or low-water
pressure.
Gravel extraction from river Extraction resulted in land being lost
which they have rectified. During heavy rain the bridge was damaged
by tree trunks etc. banging against it and school children are not
sent to school. If they are sent in the afternoon, then they have
to find shelter elsewhere.
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VILLAGE – PROVINCE WATER & SANITATION AGGREGATES HAZARDS Burotu
(Neori Mataini)
Village is situated high on hill. Water in dam is sufficient during
heavy downpour. Apart from the dam they only have 200-litre drums
to collect rainwater. Otherwise they collect water from the river
using buckets and other containers. To relocate the dam for gravity
feed would be too far from the village. Demand for water also
increased (flush toilets, kitchens, population growth etc)
Wainiyavu (Severo Ratulevu)
New houses built on the other side of the river have no connection
to piped water.
Naboutini – Serua (Suliasi Susu)
Their grandparents built the water supply dam when there were only
17 houses in the village. Now there are 70 houses and there is an
increased demand for water due to population growth.
During high tide part of the village is flooded. They have placed
boulders on the beach but this is ineffective. A Japanese study
suggested that they plant mangroves along the coast, which they
have done but this hasn’t solved the problem. They require
assistance with the type and construction of a sea wall.
Nukusere (Apisai Silasila) No water problem except during heavy
rain the galvanised fittings come off.
Sand and gravel extracted from river for village project – footpath
construction.
This has resulted in the water level in the river to decrease. At
Basic Industries extraction site for gravel and sand further
downstream, water level decreased in the river
Wainimakutu (Sailasa Tuibu) and Saliadrau ( Tevita Naivalu)
No water problems • Extraction of gravel by PWD in the river has
lead to riverbank degradation near the village. This has resulted
in the villagers building riverbank walls. PWD now extract gravel
further upstream resulting in the same problem.
• Dredging of the Navua River to deepen channel has resulted in the
water level decreasing.
Wainimakutu • A landslide affected part of the village
during Cyclone Kina. • The extraction of gravel by PWD has
caused the degradation of the coastline and flooding of the
village.
Saliadrau There is no road loading to the villages as it is on the
other side of the river. During heavy rain the students/workers
have to cross the fast flowing water. They need a bridge.
Tikina Deuba • Sauniveiuto • Nasavu • Sadro
Dredging in the Navua River is affecting the normal flow of the
small stream near the village.
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Tikina Batiwai Nakorovou
The village for fishing mostly use the lagoon called Yarawa. The
marine resources in this area have greatly declined over the past
few years. In the past the villages have also voiced out this
problems to the government but nothing has been done about
it.
Tikina Nuku • Navunibau • Namasimasi • Nasigatoka • Galoa
• Water is contaminated during heavy rainfall.
• Logging over the past years has greatly affected the catchment
used by the villages of the Tikina Nuku. Soil erosion has not only
lead to increased sediment content of the water in the catchment
and eventually water contamination but has also affected the
villagers plantation.
• The fuel from equipment used by Nur Mohammed & Fenning, a
logging company has seeped into the various streams that are
flowing near the four villages, which are their main water
source.
Logging over the past years has been blamed to be the cause of
landslides during heavy rain. The landslides have in turn blocked
the road and eventually disrupt the villagers’ movements.
Tikina Veivatuloa 1. Veivatuloa 2. Mau 3. Nabukavesi
Water pressure is very low • The supply of the marine resources
from the villages fishing ground has continually declined over the
years.
• Low line areas are susceptible to flooding during wet weather,
particularly for the villages of Mau and Nabukavesi.
Tikina Wainikororoisa Nakavika
Logging causes soil erosion and landslides and affects the
villagers plantation and particularly their root crop supply.
Landslips upstream have also affected fisheries.
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VILLAGE – PROVINCE WATER & SANITATION AGGREGATES HAZARDS 1.
Yanuca 2. Sabata 3. Qarasarau
• Water from the catchment is the main source for drinking and
cooking. It is also used for bathing. Some villagers have developed
skin diseases. The villagers request that the government assist
them in converting a dam built by the government of Canada to be
used as storage for water supply.
• Water is contaminated during heavy rainfall
• Since 1980 there has been various landslides occurring near the
village. The villagers also indicated that there are also visible
cracks on hill near the village.
• Tidal waves have also been a hazard to the villages and the
villages seek the assistance of the government in building a sea
wall.
Wainitava Village experiences flooding during heavy rain and it
disrupt the schooling of children.
APPENDIX C: SOPAC/EU PROJECT REGIONAL PERSPECTIVE – STEPHEN
BOOTH
Reducing Vulnerability of Pacific ACP States
SOPAC/EU EDF8 Project
its status for those who are new
Project Purpose
To strengthen the capacity of the Pacific ACP States
through:-
Identification of alternative sources of aggregates for
construction purposes; Planning of safe and adequate water supplies
and sanitation systems; Development of comprehensive hazard and
risk management tools for safeguarding of communities; and
Provision of database and management tools for ISM.
Project Background Funded by the European Union and implemented
through SOPAC 3 focal areas of interest – Aggregates & Coastal
Processes – Hazards Assessment & Mitigation – Water &
Sanitation
Must ultimately assist the population at large Must be useful – not
reside on shelf Emphasis on the use of Geographic Information
Systems and Information Technology
Principal Objectives
Introduce Project to a specific groupIntroduce Project to a
specific group Inform on progressInform on progress Stakeholders to
identify additional tasks, Stakeholders to identify additional
tasks, problems etc that need to be addressed, problems etc that
need to be addressed, validate existing listvalidate existing list
Ensure ownership of project by Fiji, Ensure ownership of project by
Fiji, particularly the region impactedparticularly the region
impacted Develop the project further Develop the project further ––
tasks, tasks, timelines, costs, responsibilities and timelines,
costs, responsibilities and outcomesoutcomes
Review of Project
Project staff appointed from early 2003 At least 2
Multi-Stakeholder Consultations completed in all 8 countries
Project intervention areas agreed Key implementation activities
initiated Country Work Plans drafted
Regional Implementation
Vanuatu [6th Dec]: The main island of Efate.
Kiribati [4th Mar]: The main atoll of Tarawa and Butaritari,
Abemama, Abaiang, Onotoa.
Fiji [28th Mar]: The southern coast of the main island, Viti
Levu.
Tonga [4th April]: The main island of Tongatapu.
1/2
Regional Implementation
Tuvalu [9th April]: All nine atolls especially Funafuti, the main
atoll. Samoa [23rd April]: Upolu and Savai’i. Solomon Islands [29th
May]: Central and eastern part of the north coast and offshore of
Guadalcanal, part of the west coast of Malaita, and Morovo Lagoon,
New Georgia. Papua New Guinea [4th June]: The north coast of the
main island west of Astrolabe Bay.
2/2
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2nd Multi-Stakeholder
Consultations during 2003 Kiribati 21st July Fiji 13th Aug Vanuatu
27th Aug SOPAC 32nd A/S, Niue Sept Tonga 03rd Oct Solomon Islands
16th Oct Papua New Guinea 22nd Oct Tuvalu 29th Oct Samoa 04th
Dec
Integrated Data Sets Reducing vulnerability to communities requires
that timely and adequate information is given to – Planners,
Government, Administration – Developers , Industry – Communities at
all levels
Many technical projects collect data How is this data used in
making decisions? Is data available to as broad a group as
possible? Is it in a form understood by as many as possible?
“All information has potential value, but that value can only be
realised if the information
is used”
Concept of an integrated data set
Project Development in Fiji
Project concept developed during 2002 First stakeholder meeting
(Govt Officials) in December of 2002 2nd stakeholder meeting (March
2003) Community level Workshops (April 2003) Development of Work
Plan & task profiles 3rd stakeholder meeting (August
2003)
Intervention Areas for FijiIntervention Areas for Fiji
Three priority areas determined
– Suva - Lami - Namosi area
Why these areas?
Areas of growth Significant investment or planned investment in
infrastructure Areas with a number of hazards/hazard types Project
can impact a significant percentage of the nation’s population
Already there are some existing data sets
Types of data Multi-beam survey of offshore – near shore to 3500m
Multibeam study of major rivers and estuaries Satellite imagery –
Ikonos & others Geological hazards – landslides/seismicity,
coastal erosion and processes Infrastructure (water, utilities)
Resources – aggregates, water Land use, agriculture, fisheries and
forests Mining and mineral exploration
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Country specific activities
Mapping of offshore area of entire coast of southern Viti Levu
completed 5 Geographic Information System/Remote Sensing (GIS/RS)
training courses held for 26 participants IKONOS satellite imagery
ordered for Navua and Sigatoka River catchments Fellowship awarded
Suva-Navua hazard assessment in progress
1/3
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1
FROM PROJECT CONCEPT
WHERE ARE WE AT?
Project Concept - Late in 2002First Stakeholder Meeting in
(Government Officials) in December 2002 Second stakeholder meeting
(March 2003) Third stakeholder meeting (August 2003) Project work
plan review Forth stakeholder meeting at Navua …Now
3
– for safe and adequate water supply and
sanitation
material for infrastructure development
PROJECT SITE SELECTION Selection Criteria for Study Area –
Population growth
– Economic activity
Introduce project Get support of government Departments/Ministries
Explain Identified project site for approval
7
OBJECTIVES OF MEET 2 Introduce project to a broader groupIntroduce
project to a broader group
Stakeholders to identify tasks, problems etc, that Stakeholders to
identify tasks, problems etc, that need to be addressedneed to be
addressed
Ownership of project by Fiji, and particularly the Ownership of
project by Fiji, and particularly the region impactedregion
impacted
Develop the project logDevelop the project log--frame further frame
further –– tasks, tasks, timelines, costs, responsibilities and
outcomestimelines, costs, responsibilities and outcomes
Develop project steering or coordinating Develop project steering
or coordinating committeecommittee
8
OUTCOME OF MEET 2 Navua Rural Authority, Forestry, Fiji Hardwood
and Tourism were interested in the Navua River Catchment due to: –
on going development and proposed
development
– river mining for aggregates
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9
OUTCOME OF MEET 2 (cont’d)
NLTB and Agriculture showed interest in the Lami-Nasinu Corridor to
develop a comprehensive “Land Use Plan” and develop a “Land Use
Policy” . Data requirement: – slope stability – land use and land
classification – land conservation based on studies of soils,
hazards -
1953 earthquake, land slides – mitigating factors
10
OUTCOME OF MEET 2 (cont’d)
USP, FSP, Sigatoka Town Council, LAWRAM, and Tourism were
interested in the Sigatoka River Catchment. – Sigatoka river major
supplier of water to area – coastal erosion very active – storm
surges have been devastating lately – siltation of the sigatoka
river – effluents and nutrients disposed into the reef and
river
system – beach mining prevalent
Work Plan is in place
Presentation of project at the Sigatoka, Navua and Suva Advisory
Councils
Geo-referencing and rectification of images
Swathe mapping of the offshore area between Nasilai reef and Momi
bay
Meetings with Roko Tui Serua, Namosi and Nadroga - community level
round of meeting
12
13
Review and approve Work Plan
Secure stakeholder support and active participation Ownership of
project by Fiji, particularly the region that is impacted Develop
steering or co-ordinating committee further
15
WHAT HAS BEEN DONE SINCE MEET 3
Work Plan has been amended and reviewed Stakeholders are involved
Tectonic mapping of Suva to Yarawa completed Recruitment of
Resource Officer in progress Meetings about natural disaster and
risk management in the Navua River Catchment
16
OBJECTIVE OF THIS MEETING
Introduce project to community level Secure support and active
participation of rural communities Participants to identify
problems faced in terms of water, natural hazards, and aggregates
Determine clusters of problems and interests in zones Prioritise
and Identify pilot project sites in the Navua River catchment
area
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Jeremaiya Taganesia Mineral Resources Department
4th Stakeholders Meeting
Jeremaiya Taganesia Mineral Resources Department
IKONOS IMAGERY
Jeremaiya Taganesia Mineral Resources Department
Topography, Coastline, Reefs, Tikina Boundaries, Roads, Rivers,
Provinces
SOPAC/EU Project Reducing Vulnerability of Pacific ACP States
Jeremaiya Taganesia Mineral Resources Department
Digital Elevation Model SOPAC/EU Project Reducing Vulnerability of
Pacific ACP States
Jeremaiya Taganesia Mineral Resources Department
Soil Types SOPAC/EU Project Reducing Vulnerability of Pacific ACP
States
Jeremaiya Taganesia Mineral Resources Department
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Forest Types SOPAC/EU Project Reducing Vulnerability of Pacific ACP
States
Jeremaiya Taganesia Mineral Resources Department
Bathymetry SOPAC/EU Project Reducing Vulnerability of Pacific ACP
States
Jeremaiya Taganesia Mineral Resources Department
TFL Distribution Points and Cables SOPAC/EU Project Reducing
Vulnerability of Pacific ACP States
Jeremaiya Taganesia Mineral Resources Department
Images as Backdrops SOPAC/EU Project Reducing Vulnerability of
Pacific ACP States
Jeremaiya Taganesia Mineral Resources Department
Images on the Internet SOPAC/EU Project Reducing Vulnerability of
Pacific ACP States
Jeremaiya Taganesia Mineral Resources Department
Using MapServer the images are now hosted on the MRD Website
Address: http://map.mrd.gov.fj
Jeremaiya Taganesia Mineral Resources Department
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APPENDIX F: PRESENTATION – SWATH MAPPING
Some examples of how this EU project is useful to you
Luna Wong
Overview of presentation
Overall Objective/Project Goal Tasks/Activities 1 Task/Activities 2
Task /Activities 3 How does the swath mapper work? Fiji EU Project
Area: Naselai-Momi Bay Applications of the swath mapping data
3
Reducing Vulnerability of Fiji through Integrated Planning and
Management (Island Systems Management) at the Sectoral level,
especially in the sectors impacting on hazards, aggregates and
water resources.
4
Sustainable development of coastal zones, in particular through
identifying alternative sources of aggregates.
Coast to ocean surveys of selected sites: Bathymetric survey (Swath
Mapping) conducted of the south coast of Viti Levu (Naselai to
Momi).
5
Task/Activities 2
Improved planning practices installed for safe and adequate water
supplies and sanitation systems
Acquire baseline resource data pertaining to watershed monitoring
in the Navua River and Sigatoka River catchment
6
Implement comprehensive hazard and risk management tools within the
framework of an Integrated Holistic Approach for Sustainable
Development (Island Systems Management)
Risk Management processes integrated into national development
planning (Island Systems Management)
7
How it works
0 – 300/3000 m range Bathymetry and imagery 240/50 kHz frequency
150° coverage 1.5°x1.5° resolution Surface vessel mount
8
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9
Navigation Marine resource identification and habitat mapping
Assessment and monitoring of dredging activities Water circulation
models Geological hazards Supply of utilities to outer islands
Identification of environmental hazards
12
Navigation An important factor affecting the overall viability of
the Namosi Copper Mine is the establishment of a small deep water
port within an economic distance of the mine to ship the
concentrate.
A report on the marine feasibility of a bulk loading berth for
copper concentrates which details the preliminary investigations
carried out to assess the feasibility of establishing a port has
identified three sites: Mahaffy Reef, Matainimali Reef and Naqara
Island.
13
16
Water circulation models
Kiuva – seaweed farming Kinoya – outlet Suva Harbour Beqa Lagoon -
Tailings disposal site
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Beqa Lagoon Tailings Disposal
The behaviour of mine tailings discharged through a submarine
outfall is governed by the design of the outfall ports, the
composition of the tailings material, the properties of the
seawater surrounding the outfall and the currents near the
outfall.
The discharge of mines tailings into the ocean can have aesthetic
and biological effects. In the clear tropical waters around Fiji
the appearance of a muddy tailings plume would be unsightly.
18
The effects on the biological communities which live near the
tailings discharge:
1. The discharged tailings would physically smother the bottom
living organisms they cover. Also the growth of the corals in
inhibited in areas where they are sediments in the water.
2. The tailings may be high in heavy metals which could find their
way into the flesh of organisms living near the disposal
site.
19
The potential undesirable effects of tailings on the marine
environment can be eliminated by discharging them at sufficient
depth through a submarine outfall and ensuring they remain below
the surface layers of the ocean. Most corals and reef fish live in
the surface areas so that if the tailings were kept below where
these animals live the effects on them would be minimal.
20
Water and sanitation
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ONON
9th December 2003
9th December 2003
LANDSLIDE ASSESSMENTLANDSLIDE ASSESSMENT
Within the Province of Serua and Namosi
Total area of 155,850 hectares
BackgroundBackground
identify landslide prone areas by
means of GIS and RS techniques
and the use of easy accessible and
existing data sources.
the rest of Fiji to improve land use and
forest planning with regards to
landslide risks.
OBJECTIVESOBJECTIVES To analyse and map landslides means of
stereoscopic aerial photo interpretation and field
investigations.
To review relevant data sources for consistency and suitability for
GIS based modelling of landslides.
To propose a GIS modelling approach for landslide susceptibility
maps of the Navua catchment as well as other regions in Fiji.
WHY NAVUA CATCHMENT?WHY NAVUA CATCHMENT?
Within the EU/SOPAC Project site
Mahogany plantations
Extensive Logging
Concession areas
Environmental Impacts
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Environmental ImpactsEnvironmental Impacts
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METHODOLOGYMETHODOLOGY
YEAR SCALE
1967 = 1:10,000
1967 = 1:24,000
1986 = 1:50,000
1990 = 1:10,000
Landslide inventory of the Navua catchment as MapInfo vector
file.
Detailed description of selected landslide types in the Navua
catchment.
OUTPUTSOUTPUTS
Description of achieved training impacts and further training
needs
Description of proposed GIS modelling approach which could be
applied to the Navua catchment
ANY QUESTIONS????
VINAKA VAKALEVU