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The Lapham Lab
  • Methane biogeochemistry
    • Positions in the lab
    • Analytical capabilities
    • Lab members
    • Projects
      • Arctic Methane
      • Tiny Bubbles Mentoring Project: A hands-on research experience for community college STEM students
      • Rock Creek
      • Quantifying Subsurface Biogeochemical Variability in a High Altitude Watershed During Winter Isolation
      • Methane (CH4) in the Chesapeake Bay
      • Studying gas hydrate dissolution in the lab
      • Ecosystem Impacts of Oil and Gas Inputs to the Gulf (ECOGIG)
      • seepDOC
    • Data
  • Outreach
The Lapham Lab
Scientists deploying seafloor lander into the ocean

Meet the lab

View of a high altitude stream in Colorado

Projects

Papers

Data

Methane is a powerful greenhouse gas.  Because of this, the main goal of Dr. Lapham's research group is to determine the impact of environmental changes (e.g. increased temperatures, increased organic matter loads, etc.) on the flux of methane into aquatic systems and eventually, the atmosphere.  From the Arctic, Chesapeake Bay, Colorado Rivers, and beyond, the big picture questions are:  What physical, biological, and chemical processes control the transport of methane from the sediments to the atmosphere?  How might environmental processes change the flux of methane over space and time?  

Lab highlights:

Watch the cool video on work in Mexican caves! 

Dr. Lapham was awarded for Outstanding Faculty Mentorship

Read Dr. Hadley McIntosh Marcek (MEES PhD 2020) geobite articles here (science news for all!)

Look for more articles by Lapham lab at Orcid ID

Methane biogeochemistry

Picture of analytical equipment in the Lapham lab

Analytical capabiltiies

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