Valparaiso Region, Chile
Marine biogeochemistry in sediments and water column(geochronology, nutrients fluxes, heavy metals, radio-tracers). Environmental monitoring of sediment water interface from shallow to deep sea. Water contamination studies in open seas (Mururoa-Fangataufa, Arabian Sea, North-East Atlantic, South Pacific and Arctic and Antarctic Oceans). Carbon export in marine and estuarine ecosystems. Land Ocean Interactions - coastal areas and estuaries- (Morocco, Algeria, Tunisia, Libya, Egypt. Mexico and Chile) through the use of radioisotopes (natural and man-made), biosensors and micro-electrodes (micro profiles in sediments), SPI, UV, underwater surveys. Anthropogenic environmental signature in coastal areas, aquaculture environmental impact. Deep-sea geochemistry (nodules, crust and massive sulphides) and instrument technology development. Founder and supporting of the bilingual Elementary and High School in Valdivia-Chile: Hampton College Valdivia. Dr. Mulsow is fluent in Spanish, French and English.
Radionuclides in the marine environment applications: Atoms for peace. Work on capacity building, new techniques in radiochemistry, cruises and monitoring of sites: Mururoa, Enewatek, Baltic Sea, North East Atlantic Dumping site. Geochronology in marine sediments.
Marine Geology - Deep sea Mining
The protection of the Deep Sea living and non-living natural resources that are a common heritage of mankind. The working area is all the bottom of the Oceans that are at High Seas. It excluded EEZ and Extended Continental Shelf Limits. Nearly 35% of the Planet's Oceans. OREM, deals with the implementation of Article 145 of the UNCLOS, to ensure for future generations that the High Seas are, will still be a natural and ecologically sustainable environment to mankind.
Marine Geology, Marine resources, Animal-sediment Processes