In September 1994, a SEAFRAME (Sea Level Fine Resolution Acoustic Measuring Equipment) gauge was installed in Manus Island, Papua New Guinea. Information recorded from the gauge, is held in this record and provided in the form of Yearly Reports, Tide Prediction Calendars and Hourly Sea Level and meteorological data from the Manus - Lombrum station.
In September 1994, a SEAFRAME (Sea Level Fine Resolution Acoustic Measuring Equipment) gauge was installed in Manus Island, Papua New Guinea. Information recorded from the gauge, is held in this record and provided in the form of Yearly Reports, Tide Prediction Calendars and Hourly Sea Level and meteorological data from the Manus - Lombrum station.
In September 1994, a SEAFRAME (Sea Level Fine Resolution Acoustic Measuring Equipment) gauge was installed in Manus Island, Papua New Guinea. Information recorded from the gauge, is held in this record and provided in the form of Yearly Reports, Tide Prediction Calendars and Hourly Sea Level and meteorological data from the Manus - Lombrum station.
In September 1994, a SEAFRAME (Sea Level Fine Resolution Acoustic Measuring Equipment) gauge was installed in Manus Island, Papua New Guinea. Information recorded from the gauge, is held in this record and provided in the form of Yearly Reports, Tide Prediction Calendars and Hourly Sea Level and meteorological data from the Manus - Lombrum station.
In September 1994, a SEAFRAME (Sea Level Fine Resolution Acoustic Measuring Equipment) gauge was installed in Manus Island, Papua New Guinea. Information recorded from the gauge, is held in this record and provided in the form of Yearly Reports, Tide Prediction Calendars and Hourly Sea Level and meteorological data from the Manus - Lombrum station.
This record holds the bathymetry chart of the South Eastern foreshore areas of Upolu, Samoa. The chart is the result of the multibeam bathymetry survey that was undertaken by the Applied Geoscience and Technology Division (SOPAC) of SPC around the South Eastern point of Upolu and Savai for the EU-SOPAC Samoa Survey. High-resolution bathymetric mapping survey was carried out ,resulting in the acquisition of over 2754 line-km of MBES data for the whole of Samoa Survey.
High-resolution swath mapping, using multibeam echo sounder was used to delineate the seabed morphology around Sissano.The resultant data was used to produce bathymetry charts and the Sissano Bathymetry chart is available for download from its appropriate link under Distribution Info.
High-resolution swath mapping, using multibeam echo sounder was used to delineate the seabed morphology around Sissano.The resultant data was used to produce bathymetry charts and the Sissano Bathymetry chart is available for download from its appropriate link under Distribution Info.
This report provides a technical description of the Tongan marine survey. Where multibeam data was collected for the two islands of Tongatapu and Niuafoou, this data set includes the Basin A area north of Nukualofa and a single beam survey of Tongatapu's Fangauta lagoon, as this was identified as major interest areas during a stakeholder consultation exercise conducted in late 2002 (SOPAC, 2002).SOPAC has implemented a project Reducing Vulnerability of Pacific ACP states with funding secured from the European Union (EDF8).
In February 1993, a SEAFRAME (Sea Level Fine Resolution Acoustic Measuring Equipment) gauge was installed in Rarotonga, Cook Islands. Readings(height observations) recorded from the gauge, is held in this record and provided in the form of Yearly Reports, Tide Prediction Calendars and Hourly Sea Level and meteorological data (update frequency- real time) from the Avatiu, Rarotonga station. This is downloadable from the Distribution Info Section of this metadata record and dataset available in digital text format.
In February 1993, a SEAFRAME (Sea Level Fine Resolution Acoustic Measuring Equipment) gauge was installed in Rarotonga, Cook Islands. Readings(height observations) recorded from the gauge, is held in this record and provided in the form of Yearly Reports, Tide Prediction Calendars and Hourly Sea Level and meteorological data (update frequency- real time) from the Avatiu, Rarotonga station. This is downloadable from the Distribution Info Section of this metadata record and dataset available in digital text format.
A high-resolution bathymetric mapping survey of the seabed surrounding the island of Nauru was carried out. The survey was carried out in just one day in September 2005, resulting in the acquisition of over 81 km of multibeam echosounder (MBES) data. Bathymetric map of Nauru showing the island and approximate position of the exclusive economic zone. The resultant dataset was used to create bathymetry charts which are available for download from its appropriate link under Distribution Info.
The Cooperative Study on the Deepsea Mineral Resources in Selected Offshore Areas of the SOPAC Region, 2001 -Sea Area of the Republic of the Kiribati Islands.
The survey was carried out for the sea area of 13,400km2, within the Exclusive economic zone of the Republic of Kiribati.
The area was selected in accordance with the joint sturdy program for
deepsea mineral resources in the EEZ of the SOPAC member countries agreed upon by the Japanese
executing agency and South Pacific Applied Geoscience Commission (SOPAC) on February 27, 2003
The Cooperative Study on the Deepsea Mineral Resources in Selected Offshore Areas of the SOPAC Region, 2001 -Sea Area of the Republic of the Kiribati Islands.
The survey was carried out for the sea area of 13,400km2, within the Exclusive economic zone of the Republic of Kiribati.
The area was selected in accordance with the joint sturdy program for
deepsea mineral resources in the EEZ of the SOPAC member countries agreed upon by the Japanese
executing agency and South Pacific Applied Geoscience Commission (SOPAC) on February 27, 2003
A high-resolution bathymetric mapping survey of the seabed surrounding the island of Efate in Vanuatu.This bathymetric map is a blend of multibeam (MBES), and singlebeam (SBES) echosounder data. All slope angles exceeding 60 degrees (degrees from horizontal) were interpreted as scarps. Any Inclined area of the seafloor that was laterally confined by distinctive slopes, with or without an upslope headscarp, was interpreted as a channel.
Coastal rehabilitation Lifuka Island, Tonga: engineering options report
Mission Report – B-Envelop Project aid in addressing water security issues, Nauru, 30 October − 2 November 2011 (RESTRICTED)
Poster: Be Water Wise – Every Drop Counts – Do Your Part!
Training Report – Introduction to Disaster Management (IDM), 6-10 June 2011
Simple introduction to cost-benefit analysis (Prepared for SPREP PACC Cost-Benefit Analysis Workshop: Food Security Pilot Demonstration Projects, Suva, 24-27 January 2012)