Project Leader: University of Hawaii Sea Grant Extension
Service in West Hawaii
Community involvement and cooperation is the key to successful
management of coral reef resources. Volunteer monitoring provides
an opportunity for people to feel connected to the management process
rather than alienated by it. Informed and knowledgeable community
members are more likely to support management controls resulting
from scientific monitoring.
With earlier funding from the Hawaii Coral Reef Initiative, a model
for a volunteer monitoring program “ReefWatchers” was
developed to gather data of interest to the Hawaii Department of
Land and Natural Resources, Division of Aquatic Resources (DLNR-DAR).
The protocol was developed in collaboration with state agency researchers,
resource managers, and the volunteers themselves. Volunteer monitoring
protocols include fish surveys on point-to-point transects, random
swim surveys, and tidepool surveys.
The Malama Kai Foundation received a grant from the National Fish
and Wildlife Foundation to fund this Sea Grant Project. Under this
grant, the existing volunteer monitoring program is being expanded
to specific outlying communities - typically, small Hawaiian fishing
communities - along the west coast of Hawaii Island. By educating
community members about the coral reef ecosystem, latest available
scientific information, and how to use monitoring to detect changes
in the coral reefs they use for subsistence fishing, these communities
will be better able to contribute to the effective management of
their coral reef resources
In association with this project, local resource councils (LRCs)
have been developed to define and communicate village concerns about
local marine resources to the West Hawaii Fishery Council (WHFC),
a community-based management group comprised of stakeholders. The
WHFC serves in an advisory capacity to DLNR's Division of Aquatic
Resources. A WHFC Liaison, selected from the Hawaiian community
and funded through a private grant, works with the local communities
to facilitate their participation.
Project Goals:
To attract, educate, and train volunteers within each of three outlying
communities along the west coast of Hawaii;
To develop and run protocols useful for Hawaiian subsistence fishers
for assessing fish populations, substrate and general coral reef
health; and
To create informational conduits from spatially distanced coral
reef areas to the regional management council and DLNR-DAR.
The project began in December 2001. After initial meetings with
village elders or kupuna, five Local Resource Council meetings were
held before June 30, 2002, three in Milolii village and two in North
Kohala. The WHFC also undertook a retreat in which members were
trained in decision making and conflict management skills. The goal
of the WHFC is to create a forum for diverse stakeholders to air
their concerns about marine resources management issues in a culturally-sensitive
manner comfortable to the range of ethnicities found in our communities.
The successful melding of the Hawaiian decision making style with
the western “facilitation” style will be an important
step toward increasing the participatory interface between the village
community and state and government agencies in the future.
Between March and September 2002, 65 new ReefWatchers and 31 previous
ReefWatchers were trained in fish counting transects and tidepool
monitoring techniques and fish identification. Nine Milolii students,
ages 8-15, were also trained in the ReefWatcher Tidepool Protocol.
Volunteers have chosen their transect/survey sites, with approval
by the University of Hawaii Sea Grant. An additional 15 sites are
likely to be added to the existing 11 monitoring sites. As data
is gathered, quality control will be monitored by the local Sea
Grant Extension Service, experienced volunteers, and University
of Hawaii at Hilo students who are running separate surveys. Surveys
will be compared and analyzed for accuracy and trends.
On December 21, 2002, the project co-sponsored with The Nature
Conservancy, PapaPono, Inc., and DLNR-DAR the first training and
monitoring event in Milolii Village.
Another component of this community-based coral monitoring project
has been to consolidate and analyze existing field data provided
by volunteer monitors. Data generated in 2000-2002 from previously-trained
ReefWatchers was put into a database. Results show that Achilles
tangs (Achanthurus achilles) are depleted
in every area. These fishes are sought both as aquarium fishes and
are highly prized food fishes for the Hawaiian palate. The Four
Spot Butterflyfish (Cheatodon quadramaculatus)
is not well represented in the transect sites and should be, because
it is an omnivore with a fairly large range. It is, however, a popular
aquarium fish, as is the Yellowtail wrasse (Coris
gaimard). Results indicate that fishes not sought for aquarium
collection fare better in terms of numbers throughout, with the
exception of the damselfish Hawaiian Sergeant (Abudefduf
abdominalis).
The project also attempts to analyze the effects of alien and invasive
species, particularly Lutjanus kasmira
and Cephalopholis argus, on the coral
reef environment. The blue-lined snapper (Lutjanus
kasmira) and the peacock grouper (Cephalopholis
argus) were introduced into the marine environment as food
fish in the 1950s and adapted well to the Hawaiian environment.
Unfortunately, neither became a food fish: the snapper did not catch
on as a popular food fish, and the grouper is ciguatoxic. Island
fishers often blame these two introduced fishes for the depletion
of other fishes. Recent and ongoing research suggests that these
fishes are not responsible for the depletion of the fish populations
in general. The monitoring counts do not show a large population
of either introduced species at the transect sites. Data continue
to be collected at most of these sites.
This Community-Based Coral Monitoring Project was completed December
31, 2003.
Between March and September 2002, 65 new
ReefWatchers and 31 previous ReefWatchers were trained in fish counting
transects and tidepool monitoring techniques and fish identification.
Please click on the photos below for a
larger view.