PostalAddress:54d8eabb120e52c1d6c083968b436de553187585ec20718ba12a74d17be4b42278efe7c8731e434081e5b1dcbe01b491131e5073128f17510858a48d81de84b98461f729f98e62eb8c0a92fadf264dd789923a9b57a080fb8b9a9cc2e5ff817550548c32c1924d2969acb6e883819dd3d91650ffd7b6a4585977501391d43a57

email:bd496d5fc8ed8874da06ff428c2a9f8b6ae7507388f51e0acb76a37c34e36b91873e14f39013e884909fb0f904cdfc450a7410f012b6e47bc893b30f6cb733dba1c5c3991bb20ea71148c7c0c15fffa7722d22fbecce6cc9fe282a1569c3f6ee63d64ec755b26fdbe90b66c6b89390374f71cb493a2f52ee377f0655080be6fe

Professor Nadeau obtained his PhD in Earth Sciences from McGill University, Canada, in 2011, working on the active magmatic-hydrothermal and volcanic system of Merapi Volcano, Indonesia. The study of active hydrothermal systems turned out to be a very interesting approach for the study of mineralized, but extinct hydrothermal systems. Subsequent Post-doctoral work in the UQAM-Geotop research center, Canada, thus targetted at improving our understanding of alkaline-carbonatite magmatic-hydrothermal complexes and related REE-Nb mineralization, using trace element as well as C-O-Sr-Nd isotopic systems. Nadeau simultaneously started conducting research on multiple Archean intrusion related and orogenic Au deposits of the Superior Craton, Canada, and on an IOCG prospect from the Labrador Trough, Canada. During his time as a professor at the University of Ottawa, Nadeau’s group was focussed on Archean gold of the Superior Province, Canada, and developed the use of lithium isotopes in the study of hydrothermal alteration, by looking at a variety of different world-class gold deposits in Canada. The work on lithium isotopes led to the investigation of hydrothermal clay minerals (e.g., chlorite, sericite) as adsorption traps for colloidal gold transport, and to the development of potassium isotopes in the study of hydrothermal alteration.

• 2004.9 -- 2011.10
  McGill University , Earth Sciences  , Doctoral Degree in Science , Faculty of Higher Institutions
• 2001.9 -- 2004.5
  Université du Québec à Montréal , Resource Geology  , B.Sc. , B.Sc.

• 2019.10 -- Now
  China University of Geosciences (Wuhan) , School of Earth Resources , Associate Professor
• 2014.9 -- 2019.8
  University of Ottawa , Department of Earth and Environmental Sciences , Assistant Professor
• 2014.6 -- 2014.8
  Geological Survey of Canada , Research Scientist
• 2011.9 -- 2014.5
  Université du Québec à Montréal - Geotop , Department of Earth and Atmospheric Sciences , Post-doctoral research

• The role of liquid immiscibility in the evolution of melts and fluids, and the genesis of metallic ore deposits. More specifically, the role of sulfide melt in the genesis of porphyry-type systems, the role of carbonatite and BaClF melts in the genesis of carbonatite-related deposits and the existen

• Development of non-traditional isotope systems (e.g., Li, K, clumped C-O isotopes) in the study of the genesis of hydrothermal deposits, the related metasomatism, and with applications for mineral exploration.

• Study of active metamorphic-hydrothermal systems (e.g., active faults and hot springs; geothermal) and extinct but mineralized equivalents (orogenic and lode gold deposits) in China (Shandong) and Canada (Abitibi).

• Study of active magmatic-hydrothermal systems (e.g., volcanoes) and extinct but mineralized equivalents (e.g., porphyry/epithermal Cu-Au deposits) in China (e.g., Dexing porphyry) and Canada (Archean intrusion-related gold).