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11th ICRS Abstract book - Nova Southeastern University

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23.897<br />

Empowering Fisherwomen Through Ict in Reef Conservation And Management – A<br />

Case Study From Tuticorin Coast Of The Gulf Of Mannar, <strong>Southeastern</strong> India<br />

Jamila PATTERSON 1 , Eva LINDEN 2 , Christin BIERBRIER 2 , Dan WILHELMSSON 3 ,<br />

Inger LOFGREN 4 , David OBURA 5 , Edward JK PATTERSON* 1<br />

1 2<br />

Suganthi Devadason Marine Research Institute, Tuticorin, India, Nyköpings<br />

Folkhögskola, Nyköping, Sweden, 3 Stockholm <strong>University</strong>, Stockholm, Sweden, 4 Lagman<br />

Linds v. 4 A, Stocksund, Sweden, 5 CORDIO East Africa, Mombasa, Kenya<br />

To reduce pressure on coral reef resources and economic vulnerability of coastal<br />

communities, local fisherwomen Self Help Groups (SHGs) were empowered through<br />

provision of Information and Communication Technologies ICT and adult education in 5<br />

coastal villages in Tuticorin district of the Gulf of Mannar (GoM) in the South-eastern<br />

India. Improved literacy levels, environmental education, as well as the provision of<br />

computer training and equipment, improved villages capacity for taking up alternative<br />

livelihoods and enhance their living conditions. The support to SHGs have been<br />

successful in demonstrating the potential as a non-threatening mechanism for mobilizing<br />

resources, providing affordable finance and social benefits to poorer fisher women,<br />

including self-reliance, awareness creation, capacity development, social solidarity and<br />

the empowerment of women.<br />

The village coordinators from the five targeted villages were given training in adult and<br />

environmental education and computer applications. After the training, each village was<br />

provided with ICT components (include computer, printer, mobile phone, and internet).<br />

Several people, including school children are taking part in the adult and environmental<br />

education; and computer training. The villagers are showing keen interest and many old<br />

fisher women now taught to put their signature and also started reading. In addition, the<br />

SHG members in the targeted villages are also trained in other alternative livelihood<br />

activities such as vermi-compositing and hygienic fish drying methods. Now, they started<br />

enjoying the benefits from their livelihood activities. The creation of awareness about the<br />

environment along with the adult education, training in computer applications and other<br />

livelihood options helped the fisherwomen to earn additional income for their families,<br />

which is the key to reduce the destructive fishing practices and enhance living conditions<br />

in the coastal areas of GoM..<br />

23.898<br />

Habitat Similarity Between The Artificial Reef And Surrounding Natural<br />

Hardbottom Of Broward County, Fl: Implications For Future Mitigation Planning<br />

Stacy PREKEL* 1<br />

1 Marine Science and Biological Research, Coastal Planning & Engineering, Inc., Boca<br />

Raton, FL<br />

<strong>Abstract</strong>: In order to mitigate for anticipated burial of natural hardbottom areas from<br />

Segment III of the Broward County Shore Protection Project, 3.6 x 10-2 km2 (8.9 acres)<br />

of artificial reef were built in August/September 2003. To determine if the artificial reef<br />

was approaching community equivalence to the surrounding nearshore natural<br />

hardbottom, benthic biological monitoring was conducted at five discrete monitoring<br />

events. Twenty-seven, 30-meter transects were monitored on the artificial reef and 26,<br />

30-meter transects were monitored on the natural hardbottom. Biological monitoring<br />

utilized the Benthic Ecological Assessment of Marginal Reefs (BEAMR) methodology.<br />

Non-parametric multivariate analyses were applied to the functional group dataset using<br />

PRIMER-E® (v6) to detect site type similarity. A Multi-Dimensional Scaling (MDS)<br />

ordination was generated with associated one-way Analysis of Similarity (ANOSIM)<br />

from the transect-level data to present the differences between the functional group-level<br />

benthic communities of the artificial and natural substrate at each monitoring event.<br />

Results revealed significant differences (p

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