Volume 4, Chapter 8-3: Tropics: Epiphyte Ecology, Part 1,
2018
Michigan Technological University
Volume 4, Chapter 8-3: Tropics: Epiphyte Ecology, Part 1, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 4, Chapter 8-2: Tropics: Geographic Diversity Differences,
2018
Michigan Technological University
Volume 4, Chapter 8-2: Tropics: Geographic Diversity Differences, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 4, Chapter 8-5: Tropics: Epiphyte Geographic Diversity,
2018
Michigan Technological University
Volume 4, Chapter 8-5: Tropics: Epiphyte Geographic Diversity, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 4, Chapter 8-4: Tropics: Epiphyte Ecology, Part 2,
2018
Michigan Technological University
Volume 4, Chapter 8-4: Tropics: Epiphyte Ecology, Part 2, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 2, Chapter 16-5: Bird Nests - Non-Passeriformes, Part 2,
2017
Michigan Technological University
Volume 2, Chapter 16-5: Bird Nests - Non-Passeriformes, Part 2, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 2, Chapter 16-4: Bird Nests - Non-Passeriformes, Part 1,
2017
Michigan Technological University
Volume 2, Chapter 16-4: Bird Nests - Non-Passeriformes, Part 1, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 2, Chapter 16-6: Bird Nests - Passeriformes, Part 1,
2017
Michigan Technological University
Volume 2, Chapter 16-6: Bird Nests - Passeriformes, Part 1, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 2, Chapter 16-7: Bird Nests - Passeriformes, Part 2,
2017
Michigan Technological University
Volume 2, Chapter 16-7: Bird Nests - Passeriformes, Part 2, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 2, Chapter 16-3: Bird Nests,
2017
Michigan Technological University
Volume 2, Chapter 16-3: Bird Nests, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 5, Chapter 7-5: Gardening: Public Gardens,
2017
Michigan Technological University
Volume 5, Chapter 7-5: Gardening: Public Gardens, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 5, Chapter 2-2: Medical Uses: Biologically Active Substances,
2017
Michigan Technological University
Volume 5, Chapter 2-2: Medical Uses: Biologically Active Substances, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 2, Chapter 16-1: Birds And Bryophytes Intersect,
2017
Michigan Technological University
Volume 2, Chapter 16-1: Birds And Bryophytes Intersect, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 2, Chapter 16-2: Birds And Bryophytic Food Sources,
2017
Michigan Technological University
Volume 2, Chapter 16-2: Birds And Bryophytic Food Sources, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Hydrogenation Of Organic Matter As A Terminal Electron Sink Sustains High Co2:Ch4 Production Ratios During Anaerobic Decomposition,
2017
Florida State University
Hydrogenation Of Organic Matter As A Terminal Electron Sink Sustains High Co2:Ch4 Production Ratios During Anaerobic Decomposition, Rachel M. Wilson, Malak M. Tfaily, Virginia I. Rich, Jason K. Keller, Scott D. Bridgham, Cassandra Medvedeff Zalman, Laura Meredith, Paul J. Hanson, Mark Hines, Laurel Pfeifer-Meister, Scott R. Saleska, Patrick Crill, William T. Cooper, Jeff P. Chanton, Joel E. Kostka
Biology, Chemistry, and Environmental Sciences Faculty Articles and Research
Once inorganic electron acceptors are depleted, organic matter in anoxic environments decomposes by hydrolysis, fermentation, and methanogenesis, requiring syntrophic interactions between microorganisms to achieve energetic favorability. In this classic anaerobic food chain, methanogenesis represents the terminal electron accepting (TEA) process, ultimately producing equimolar CO2 and CH4 for each molecule of organic matter degraded. However, CO2:CH4 production in Sphagnum-derived, mineral-poor, cellulosic peat often substantially exceeds this 1:1 ratio, even in the absence of measureable inorganic TEAs. Since the oxidation state of C in both cellulose-derived organic matter and acetate is 0, and CO2 has …
Bryophyte Ecology: About The Author,
2017
Michigan Technological University
Bryophyte Ecology: About The Author, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 1, Chapter 4-13: Adaptive Strategies: Speculation On Sporophyte Structure,
2017
Michigan Technological University
Volume 1, Chapter 4-13: Adaptive Strategies: Speculation On Sporophyte Structure, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 2, Chapter 17-1: Rodents - Muroidea: Muridae,
2017
Michigan Technological University
Volume 2, Chapter 17-1: Rodents - Muroidea: Muridae, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 1, Chapter 2-5: Bryophyta - Sphagnopsida,
2017
Michigan Technological University
Volume 1, Chapter 2-5: Bryophyta - Sphagnopsida, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 1, Chapter 2-7: Bryophyta - Bryopsida,
2017
Michigan Technological University
Volume 1, Chapter 2-7: Bryophyta - Bryopsida, Janice M. Glime
Bryophyte Ecology Subchapters
No abstract provided.
Volume 1, Chapter 3-1: Sexuality: Sexual Strategies,
2017
Michigan Technological University
Volume 1, Chapter 3-1: Sexuality: Sexual Strategies, Janice M. Glime, Irene Bisang
Bryophyte Ecology Subchapters
No abstract provided.
