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  1. AGU Members
  2. Randie M. Bundy
Member Since 2008
Randie M. Bundy
University of Washington Seattle
Secretary, Ocean Sciences Executive Committee; Member, Ocean Sciences Fall Meeting Program Committee; Member, Fall Meeting Program Committee; Member, Ocean Sciences Section Honors and Recognition Committee; Member, Ocean Sciences Early Career Award Committee
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Randie's AGU Research
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Characterizing the Unique Chemical Imprint of On‐Axis, Lower‐Temperature Hydrothermal Flow to the Deep Ocean (Southern East Pacific Rise, 16.5°–18.0°S)
GEOPHYSICAL RESEARCH LETTERS
03 april 2026
Characterization of manganese speciation and manganese-associated organic ligands in the seasonally hypoxic Gulf of Mexico
COASTAL, SHELF, AND ISLAND MASS EFFECTS ON TRACE ELEMENT BIOGEOCHEMISTRY IN THE OCEAN I ELIGHTNING
coastal and estuarine biology and biogeochemistry | 25 february 2026
Amphiphilic-type siderophores are widely present in the Southern Ocean and influence productivity and the stabilization of dissolved iron
FROM MOLECULES TO MODELS: MARINE MICROBIAL INTERACTIONS THROUGH SPACE AND TIME I POSTER
ocean biology and biogeochemistry | 24 february 2026
Highlights from the 2024-2025 Bloom Raiders Cruise to the Australian-Antarctic Ridge
LINKING HYDROTHERMAL IRON FLUXES TO SURFACE PRODUCTIVITY, NUTRIENT UPTAKE, AND CARBON SEQUESTRATION I POSTER
ocean biology and biogeochemistry | 24 february 2026
Helium isotope ratios and dissolved methane concentrations in a massive hydrothermal plume observed at the Australian-Antarctic Ridge in the Southern Ocean
LINKING HYDROTHERMAL IRON FLUXES TO SURFACE PRODUCTIVITY, NUTRIENT UPTAKE, AND CARBON SEQUESTRATION I POSTER
ocean biology and biogeochemistry | 24 february 2026
Diffuse venting in the crater of a shallow seamount inputs stable, organically-complexed dissolved iron to the upper water column of the Australian-Antarctic Ridge bloom region
LINKING HYDROTHERMAL IRON FLUXES TO SURFACE PRODUCTIVITY, NUTRIENT UPTAKE, AND CARBON SEQUESTRATION I POSTER
ocean biology and biogeochemistry | 24 february 2026
Surface Phytoplankton Communities Over the Australian-Antarctic Ridge in Relation to Hydrothermal Inputs.
LINKING HYDROTHERMAL IRON FLUXES TO SURFACE PRODUCTIVITY, NUTRIENT UPTAKE, AND CARBON SEQUESTRATION I POSTER
ocean biology and biogeochemistry | 24 february 2026
Addition of hydrothermally influenced water relieves iron limitation in surface waters of the Australian-Antarctic Ridge
LINKING HYDROTHERMAL IRON FLUXES TO SURFACE PRODUCTIVITY, NUTRIENT UPTAKE, AND CARBON SEQUESTRATION I POSTER
ocean biology and biogeochemistry | 24 february 2026
Volunteer Experience
2025 - Present
Member
Fall Meeting Program Committee
2025 - Present
Member
Ocean Sciences Fall Meeting Program Committee
2025 - 2028
Secretary
Ocean Sciences Executive Committee
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