11th ICRS Abstract book - Nova Southeastern University
11th ICRS Abstract book - Nova Southeastern University
11th ICRS Abstract book - Nova Southeastern University
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23.925<br />
Scientific Monitoring And Customary Management Of Ungakum Managed Marine<br />
Area: Methods, Lessons Learned And Challenges<br />
Maunoa KARO* 1 , Tau MOROVE 1 , Ryan WALKER 1 , Helen PERKS 1 , Fraser<br />
HARTLEY 1<br />
1 PNG Marine Program, Wildlife Conservation Society, Kavieng, Papua New Guinea<br />
<strong>Abstract</strong>: Customary marine resource management is historically strong among coastal<br />
communities within the Pacific. Papua New Guinean social tradition allows coastal<br />
communities to practice local ownership and management of coral reefs with customary<br />
management laws recognized under national law. Here, we summarize approaches<br />
undertaken by Ungakum village; a small island fishing community in north western New<br />
Ireland, Papua New Guinea (PNG). The Wildlife Conservation Society (WCS) PNG<br />
Marine Program is working in collaboration with the community to establish and<br />
maintain customary management of their coral reef. Management efforts undertaken<br />
within the community in the last two years include establishing a no-take zone (“tambu”<br />
area), conducting detailed annual ecosystem monitoring at the managed area and nearby<br />
control, and the establishment and training of a community Locally Marine Managed<br />
Area (LMMA) monitoring team. Environmental education and coral reef awareness<br />
activities in schools and the community are undertaken every six months and several<br />
villagers have been included in regional and national resource management workshops.<br />
Results from 2006 - 2007 show no significant change in fish biomass (244.8 kg/ha±<br />
110.0 [all variance one standard deviation] to 241.3 kg/ha ±119.7), whilst the control area<br />
showed a significant decline (350.5 kg/ha ± 202.0 to 222.9 kg/ha ± 104.6). Hard coral<br />
cover showed a significant decline in the managed area (32.75 %, ± 11.76 to 25.83 % ±<br />
8.00). Lack of awareness of the no-take zone by adjacent villages, poaching and storm<br />
damage in early 2007 are possible contributing factors to these declines. With the help of<br />
a national legal NGO, the Centre for Environmental Law and Community Ownership<br />
Rights (CELCOR), the community is developing a management plan and laws<br />
recognized by local government to protect their customary managed marine area.<br />
23.926<br />
Incorporating Human Usage Into Conservation Planning And Management Of<br />
Coral Reefs: New Spatial And Temporal Mapping Of Use At Ningaloo Reef, North-<br />
Western Australia<br />
Lynnath BECKLEY* 1 , Claire SMALLWOOD 1 , Amanda LOMBARD 2 , Susan<br />
MOORE 1 , Halina KOBRYN 1 , Jody NIEMAN 1<br />
1 Environmental Science, Murdoch <strong>University</strong>, Perth, Australia, 2 Conservation Systems,<br />
Sedgefield, South Africa<br />
The data requirements for systematic conservation planning include appropriate spatial<br />
and temporal information about biodiversity and human use of resources. Limited work<br />
has been conducted on coral reefs in Australia (and elsewhere) to collect and combine<br />
spatially explicit and temporally grounded human usage data with biodiversity<br />
information to progress conservation planning. Ningaloo, a remote, fringing reef off<br />
north-western Australia is well known for its rich biodiversity and a Marine Park has<br />
been established in the region. However, Ningaloo has a long history of Aboriginal use<br />
of coastal resources, commercial exploitation of turtles, whales and fishes and, more<br />
recently, a proliferation of tourist and recreational usage. A project is underway to map<br />
the spatial and temporal distribution of recreational activities within the Ningaloo reef<br />
lagoon system and relate this to factors such as biodiversity, physical conditions, marine<br />
park zoning, access roads and accommodation nodes. Throughout 2007, aerial and<br />
shore-based surveys were undertaken along the 300 km length of the reef, and all<br />
recreational and boating activity in the lagoon was recorded in a geo-referenced format.<br />
Results indicate specific usage nodes and marked seasonality in use of the reef (Easter<br />
and July school holidays and the winter months). Relaxing on the beaches was the most<br />
frequently recorded activity and snorkelling, swimming, walking and fishing were also<br />
popular. During peak periods, hourly data on boat launching at Coral Bay and beach<br />
usage at favoured sites such as Turquoise Bay revealed distinct temporal patterns. The<br />
project has provided a robust data set that can be incorporated into systematic<br />
conservation planning and guide future management of the reef. Additionally, this project<br />
contributes directly to an integrated ecosystem and socio-economic model being<br />
developed for the Ningaloo region.<br />
Poster Mini-Symposium 23: Reef Management<br />
23.927<br />
Temporal Variation Of Fish Assemblages in Tung Ping Chau Marine Park, Hong Kong<br />
Sar, China<br />
Yin Ha LAM* 1 , Put ANG 1<br />
1 Marine Science Laboraty, Department of Biology, The Chinese <strong>University</strong> of Hong Kong,<br />
Shatin, Hong Kong<br />
This study reports results from a monitoring program (1998 – 2006) investigating the protection<br />
effects on reef fish assemblages in Tung Ping Chau Marine Park (TPCMP), Hong Kong, by<br />
temporal comparison of fish assemblages before and after the marine park designation in 2001.<br />
Underwater visual census was employed from 1998-1999, and 2002-2006 in two core areas, A<br />
Ye Wan (AYW) and A Ma Wan (AMW), where fishing activities are prohibited after 2001.<br />
An increase in fish density was recorded in 2002-2004 (3.6 individuals/m 2 in AMW; 1.9<br />
individuals/m 2 in AYW). This dropped to pre-protection level (2.6 individuals/m 2 in AMW;<br />
1.05 individuals/m 2 in AYW) in 2005 and 2006. Fish diversity also increased in both areas in<br />
2002-2004 but decreased from 2004 to 2006 in AMW. An abrupt decrease in fish diversity in<br />
AYW in 2006 was due to a serious physical disturbance to the site. Fish biomass data were also<br />
collected since 2003. However, no significant temporal difference in fish biomass (20.5g/m 2 -<br />
2.8g/m 2 ) was found throughout 2003 to 2006 in AMW, while fish biomass decreased from 2003<br />
(64.3g/m 2 ) to 2006 (1.72g/m 2 ) in AYW. SIMPER analysis (Primer 6) revealed the contribution<br />
of fishery target species, including Mugil cephalus cephalus, Siganus canaliculatus and<br />
Monacanthus chinensis to the differentiation of fish assemblage structure in the years after<br />
marine park designation. The contribution of these same species, however, decreased in 2005<br />
and 2006 in both areas. The drop in overall fish density and in the abundance of fishery target<br />
species may be due to an increase in poaching activities observed inside the marine park in<br />
recent years. This apparently wiped out all the initial gains in fish density and diversity in the<br />
early years immediately after the marine park designation.<br />
23.928<br />
Managing Dive Tourism in Sipadan, Sabah, Malaysia<br />
Ridzwan ABDUL RAHMAN* 1 , Zarinah WAHEED 1 , Paul BASINTAL 2 , Jamili NAIS 2<br />
1 Borneo Marine Research Institute, Universiti Malaysia Sabah, Kota Kinabalu, Malaysia,<br />
2 Sabah Parks, Kota Kinabalu, Malaysia<br />
Sipadan Island, Sabah, Malaysia is an internationally renowned SCUBA diving destination.<br />
Divers began exploring Sipadan as early as in 1984. It became more famous after Jacque<br />
Cousteau released a documentary film on his 1987 expedition about the uniqueness of its coral<br />
reefs. Dive operators capitalized on Cousteau’s “rediscovery” to further promote Sipadan at<br />
local and international levels. This paper describes the development and changes that took place<br />
in Sipadan over the last two decades and the present efforts to manage the thriving SCUBA<br />
diving industry there. It discusses the rational and basis of instructing resort operators to<br />
relocate or move out of Sipadan, setting the limit/quota of divers to Sipadan and introducing<br />
and spreading divers to new dive sites near Sipadan. It also describes the scientific monitoring<br />
program introduced based on the concept of Limit of Acceptable Change to assist in the<br />
management of the coral reefs of Sipadan and to sustain the dive industry.<br />
506