Skip to main content
Home / Marine Technology Society Journal, Volume 43, Number 4
The Marine Technology Society Journal is the flagship publication of the Marine Technology Society. It publishes the highest caliber, peer-reviewed papers on subjects of interest to the society: marine technology, ocean science, marine policy and education. The Journal is dedicated to publishing timely special issues on emerging ocean community concerns while also showcasing general interest and student-authored works.

Publisher: Marine Technology Society

More about this publication?
Volume 43, Number 4, Fall 2009
The Legacy of Underwater Munitions Worldwide: Policy and the Science of Assessment, Impacts and Potential Responses

INTRODUCTION

Open Access Message from the Guest Editors…
pp. 3-4(2)
Authors: Symons, Lisa C.; Carton, Geoffrey

Favourites:
ADD

COMMENTARY

Open Access A Global Prospective On Underwater Munitions
pp. 5-10(6)
Author: Long,, Terrance P.

Favourites:
ADD

Open Access Munitions Discarded at Sea
pp. 11-13(3)
Author: Davis, Addison D.

Favourites:
ADD

Open Access The Broader Basis for Investing in Munitions Assessment and Removal
pp. 14-15(2)
Author: Basta, Daniel J.

Favourites:
ADD

PAPER

Open Access Historic Disposal of Munitions in U.S. and European Coastal Waters, How Historic Information Can be Used in Characterizing and Managing Risk
pp. 16-32(17)
Authors: Carton, Geoffrey; Jagusiewicz, Andrzej

Favourites:
ADD

Open Access The Use of the RUST Database to Inventory, Monitor, and Assess Risk from Undersea Threats
pp. 33-40(8)
Authors: Overfield, Mike L.; Symons, Lisa C.

Favourites:
ADD

Open Access Site Assessment and Risk Management Framework for Underwater Munitions
pp. 41-51(11)
Authors: Sayle, Stephen; Windeyer, Tom; Charles, Michael; Conrod, Scott; Stephenson, Malcolm

Favourites:
ADD

Open Access A Case Study in Modeling Dispersion of Yperite and CLARK I and II from Munitions at Paardenmarkt, Belgium
pp. 52-61(10)
Authors: Francken, Frederic; Hafez, Ahmed M.

Favourites:
ADD

Open Access An Overview of Underwater Technologies for Operations Involving Underwater Munitions
pp. 62-75(14)
Authors: Schwartz, Andrew; Brandenburg, Erika

Favourites:
ADD

Open Access AUV Sensors for Real-Time Detection, Localization, Characterization, and Monitoring of Underwater Munitions
pp. 76-84(9)
Authors: Camilli, Richard; Bingham, Brian S.; Jakuba, Michael V.; Duryea, Anthony N.; LeBouvier, Rand; Dock, Matthew

Favourites:
ADD

Open Access Discarded Military Munitions Case Study: Ordnance Reef (HI-06), Hawaii
pp. 85-99(15)
Authors: Garcia, Sonia Shjegstad; MacDonald, Kathryn; De Carlo, Eric Heinen; Overfield, Mike L.; Reyer, Tony; Rolfe, Jason

Favourites:
ADD

Open Access Case Study: Skagerrak Wrecks and Measures to Reduce the Environmental Risk
pp. 100-104(5)
Authors: Hansen, Carl Magne; Hagen, Per Espen; Lågstad, Petter; Tørnes, John Aasulf

Favourites:
ADD

Open Access Technology Options Tested on the German Coast for Addressing a Munitions Hot Spot In Situ
pp. 105-115(11)
Authors: Koch, Marc; Ruck, Wolfgang

Favourites:
ADD

Open Access Detection, Recovery, and Destruction System for Sea-Disposed Chemical Munitions: Port Kanda, Japan
pp. 116-126(11)
Authors: Asahina, Joseph K.; Shimoyama, Hisamitsu; Hayashi, Koichi; Shinkai, Atsushi

Favourites:
ADD

Open Access Munitions and Dredging Experience on the United States Coast
pp. 127-131(5)
Authors: Greene, Paul; Follett, George; Henker, Clint

Favourites:
ADD

Open Access Overview of the Centers for Disease Control and Prevention’s Chemical Weapons Disposal Oversight Program
pp. 132-138(7)
Author: Tincher, Terry

Favourites:
ADD

Share Content

  • Access Key
  • Free content
  • Partial Free content
  • New content
  • Open access content
  • Partial Open access content
  • Subscribed content
  • Partial Subscribed content
  • Free trial content