Project
RDF
pages:
-
2015 Deep Energy proposal
-
A Cold-Tolerant, Acetogenic, and Lithoautotrophic Microbial Community in a Subglacial Lake
-
A Proposal for Deep Carbon Observatory Engagement--Phase I
-
A Proposal for Deep Carbon Observatory Engagement--Phase II
-
A Window to the Deep Biosphere: Investigating Succession and Functional Shifts in Marine Deep Subsurface Microbial Communities Exposed to the Seafloor by Mud Volcanism
-
Advanced Analytical Developments in Isotopologue Analysis
-
Aleutian Arc
Field Study
-
Alkaline springs of the Voltri Massif, N. Italy
Field Study
-
Andaman Sea Deep Marine Sediment
Field Study
-
Application of 454 Tag Sequence Technology to Novel Terrestrial Deep Subsurface Habitats of the North American Basin and Range, Black Hills, and Canadian Shield
-
Atlantis Massif Serpentinization and Life Expedition
Field Study
-
Bear Creek, Yellowstone NP, DCO Summer School 2016
Field Study
-
Biogeographic Comparison of Subsurface Microbial Habitats Associated with the Serpentinization of Uplifted Mantle Materials
-
Biology Meets Subduction
Field Study
-
Biophysical and Biochemical Characterization of Novel Piezophilic Cultivars from Deep Subsurface Environments
-
C and N Isotope Investigations of Ultra-deep Diamonds and Deep C-N Recycling
-
C-Fe-Mn Interactions Within Suspended Particulates in North Pond Basement Fluids
-
C-O-H Fluid-Rock Interaction and the Role of Serpentine
-
Carbon Footprint of Hawaiian Hotspot Volcanoes - Kilauea, Hawaii
Field Study
-
Carbon Footprint of Hawaiian Hotspot Volcanoes - Mauna Kea volcano, Hawaii
Field Study
-
Carbon Footprint of Hawaiian Hotspot Volcanoes - Mauna Loa volcano, Hawaii
Field Study
-
Carbon in Fluids
-
Carbon in Magmas
-
Carbon in Solids
-
Carbon Inventory of Oceanic Basalts
Field Study
-
Carbon Nanophases and Novel Forms of Carbon
-
Carbon Storage and Partitioning in Upper Mantle Silicate Minerals
-
Census of Deep Life Phase II-III
-
Census of Microbial Diversity in Ultra-deep, Fault-Bordered Sedimentary Rocks of a Foreland Basin in Taiwan
-
Characterization of a Novel, Thermophilic, Subsurface Bacterial Genus Related to Candidatus Desulforudis audaxviato
pages: