Home > News > Marine Park Regional Impact Assessment Statements


Marine Park Regional Impact Assessment Statements


Oct 12, 2015
Author: Goyder Institute

 

Sanctuary zones are high conservation areas in marine parks, protecting the feeding, breeding, nursery and resting areas of marine species important to South Australia. From 1 October 2014, fishing was prohibited in sanctuary zones, ensuring the full protection of these important environments, while low-impact recreation activities, such as scuba diving, surfing and swimming are still allowed.

With the introduction of fishing restrictions in marine park sanctuary zones, the State Government committed to preparing Regional Impact Assessment Statements for Port Wakefield, Ceduna and Kangaroo Island to investigate any social and economic impacts from the implementation of this legislation by the 1st October 2015.

The Goyder Institute is an independent and expert science advisor providing quality, evidence based information on natural resource management issues important for South Australia. In conjunction with its research partners, in particular the South Australian Centre for Economic Studies (SACES), the Goyder Institute undertook the important task of preparing the social and economic aspects of the Regional Impact Assessment Statements for Port Wakefield, Ceduna and Kangaroo Island.

The SACES research team sourced a range of available social and economic data to prepare these assessments. In addition, individuals and businesses in these regional communities provided feedback through formal submissions, surveys and face-to-face meetings between February and April 2015 to ensure local experiences were incorporated into the assessment process. 

The report Sanctuary Zones Regional Impact Assessment Statement: Ceduna, Kangaroo Island and Port Wakefield prepared by SACES, provides the outcomes of the social and economic analysis undertaken by the Goyder Institute.

Further information regarding Marine Parks in South Australia can be found on the DEWNR website.