Details for: Adam Kessler
-
Adam Kessler (Monash University)
Goldschmidt Conference Archive Goldschmidt2015 Goldschmidt2017 Goldschmidt2020
PhD student under the supervision of Perran L M Cook (Monash Univ., Australia), Ronnie N Glud (Univ. Southern Denmark), and M Bayani Cardenas (Univ. Texas at Austin, USA)
Note: abstracts are only listed if one of the following email addresses was provided when the abstract was submitted: adam.kessler@monash.edu. Otherwise, try an advanced search.
(2020) Decoupled Fermentation and Respiration in Permeable Sediments – A Dihydrogen Conundrum
Nauer PA, Kessler AJ, Hutchinson T, Attard KM, Glud RN, Greening C & Cook PLM(2020) Drift Algal Blooms Enhance Nitrogen Recycling and Nitrous Oxide Emissions
Cook P, Greening C, Shelley G, Kessler A & Wong WW(2020) Pore Water Conditions Drive Calcium Carbonate Dissolution in Reef Sands
Kessler A, Rogers A, Cyronak T, Bourke M, Hasler-Sheetal H, Glud R, Greening C, Meysman F, Eyre B & Cook P(2020) The Fate of Organic Fermentation Products in Carbonate Sediments
Hutchinson T, Leung PM, Callahan D, Kessler A, Wong WW, Greening C & Cook P(2019) Pathways of Organic Carbon Degradation in Sand
Hutchinson T, Kessler A, Wong WW, Greening C, Peach E & Cook P(2018) Cable Bacteria Enhance Iron Driven Dissimilatory Nitrate Reduction to Ammoium in Estuarine Sediments
Cook P, Kessler A, Glud R & Meysman F(2017) Cable Bacteria & N Cycling: Direct and Indirect Electrogenic Effects
Kessler A, Cook P, Wawryk M, Glud R, Meysman F, Marzocchi U & Risgaard-Petersen N(2015) Ecological and Biogeochemical Controls on Blooms of Cyanobacteria
Cook P, Scicluna T, Woodland R, Grace M, Kessler A, Hipsey M, McCowan A & Zhu Y(2015) Permeable Sediment Denitrification Under Non-Steady State Condtions
Kessler A, Glud R, Cardenas B & Cook P(2014) Do ‘Cable Bacteria’ Enhance Dissimilatory Nitrate Reduction to Ammonium in a Periodically Anoxic Estuary?
Cook P, Roberts K, Kessler A, Meysman F, Burdorf L, Thamdrup B & Robertson E(2013) Measuring the Isotope Fractionation of Denitrification in Permeable Sediments
Kessler AJ, Bristow LA, Cardenas MB, Glud RN, Thamdrup B & Cook PLM(2020) Pore Water Conditions Drive Calcium Carbonate Dissolution in Reef Sands
Kessler A, Rogers A, Cyronak T, Bourke M, Hasler-Sheetal H, Glud R, Greening C, Meysman F, Eyre B & Cook P(2020) Drift Algal Blooms Enhance Nitrogen Recycling and Nitrous Oxide Emissions
Cook P, Greening C, Shelley G, Kessler A & Wong WW(2020) The Fate of Organic Fermentation Products in Carbonate Sediments
Hutchinson T, Leung PM, Callahan D, Kessler A, Wong WW, Greening C & Cook P(2020) Decoupled Fermentation and Respiration in Permeable Sediments – A Dihydrogen Conundrum
Nauer PA, Kessler AJ, Hutchinson T, Attard KM, Glud RN, Greening C & Cook PLM(2019) Pathways of Organic Carbon Degradation in Sand
Hutchinson T, Kessler A, Wong WW, Greening C, Peach E & Cook P(2018) Cable Bacteria Enhance Iron Driven Dissimilatory Nitrate Reduction to Ammoium in Estuarine Sediments
Cook P, Kessler A, Glud R & Meysman F(2017) Cable Bacteria & N Cycling: Direct and Indirect Electrogenic Effects
Kessler A, Cook P, Wawryk M, Glud R, Meysman F, Marzocchi U & Risgaard-Petersen N(2015) Permeable Sediment Denitrification Under Non-Steady State Condtions
Kessler A, Glud R, Cardenas B & Cook P(2015) Ecological and Biogeochemical Controls on Blooms of Cyanobacteria
Cook P, Scicluna T, Woodland R, Grace M, Kessler A, Hipsey M, McCowan A & Zhu Y(2014) Do ‘Cable Bacteria’ Enhance Dissimilatory Nitrate Reduction to Ammonium in a Periodically Anoxic Estuary?
Cook P, Roberts K, Kessler A, Meysman F, Burdorf L, Thamdrup B & Robertson E(2013) Measuring the Isotope Fractionation of Denitrification in Permeable Sediments
Kessler AJ, Bristow LA, Cardenas MB, Glud RN, Thamdrup B & Cook PLMSession convener
Goldschmidt2017 - Session 15j: Frontiers in Early Diagenesis: New Paradigms and Emerging Redox Biogeochemistry
Mentorship
Goldschmidt2020: Mentor (Mentoring Yiting Tseng, Jiayi Ai)
Goldschmidt2017: Mentor (Mentoring Maeve Moriarty)
