Faculty

Institution

Unit

Venue

John Lichter

Professor of Biology and Environmental Studies Emeritus

Bowdoin College

Affiliations

Bowdoin College

Environmental Studies

Neuroscience

John Lichter is currently serving as a Bowdoin College Professor of Biology and Environmental Studies Emeritus at Bowdoin College.

Honors

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Experiences

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Education

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John Lichter

Bowdoin College

Professor of Biology and Environmental Studies Emeritus

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environmental science ecology forest ecology climate change earth science forest ecosystems carbon sequestration ecosystems coastal management soil carbon sequestration geography human impacts on the environment plant science coastal research carbon cycle pine forest climate dynamics global change forestry ecohydrology applied ecology forest research soil organic matter river restoration soil carbon cycle forest soils forest carbon soil science duke forest freshwater tidal ecosystem mid-coast maine soil life cycle assessment bioresource technology carbon greenhouse gas control functional ecology climatic change global ecology soil biology soil biogeochemical cycling forest productivity carbon accounting short-term variability carbon allocation greenhouse gas sequestration carbon sinks ecosystem structure ecosystem adaptation ecosystem interactions ecosystem functioning nutrient stoichiometry terrestrial ecology global change impacts climate change adaptation regional relevance marine spatial planning water ecologies freshwater ecosystems eutrophication wildlife biology wildlife ecology aquatic organisms conservation genetics experimental forest plots limited carbon storage long-term enhancement north carolina inversion approach warm-temperate forest progressive nitrogen limitation ecosystem processes partial recovery ecological collapse historical eutrophication river-estuary complex

Notable Scholarly Works

Notable Federal Grants

Collaborators

Genetic Population Structure and Accuracy of Morphological Assessment in Alosa Aestivalis (Blueback Herring) and a. Pseudoharengus (Alewife). Northeastern Naturalist (2017)

geneticsmorphology (biology)conservation geneticspopulation geneticsblueback herringgenetic population structureaquatic organismsbiologyzoologymorphologyfish biologygenetic variationmorphological assessmentfisheries

Carbon Exports to the Gulf of Maine: Temporal Variations of Spatial Patterns From Hours to Years. AGU Fall Meeting Abstracts (2014)

oceanographycoastal researchtemporal variationsspatial patternsocean sciencescarbon sequestrationcoastal managementmarine economicscarbon exportsearth sciencegeographyenvironmental scienceclimate changecarbon cycle

Gadids and Alewives: Structure Within Complexity in the Gulf of Maine. Fisheries Research (2012)

coastal researchcoastal engineeringregional relevancecoastal managementmarine biologygeographymarine spatial planningecology

Reaching Into the Past for Future Resilience: Recovery Efforts in Maine Rivers and Coastal Waters. Maine policy review (2012)

community resiliencemaine riversfuture resilienceresiliencedisaster risk reductioncoastal managementwater resourceswater resource managementgeographyecosystem resiliencerecovery effortsriver restorationenvironmental science

Increases in the Flux of Carbon Belowground Stimulate Nitrogen Uptake and Sustain the Long-Term Enhancement of Forest Productivity Under Elevated Co2. Ecology Letters (2011)

John E. DrakeAnne Gallet-BudynekKirsten S. HofmockelEmily S. BernhardtSharon A. BillingsRobert B. JacksonKurt S. JohnsenJohn LichterHeather R. McCarthyM. Luke McCormackDavid J. P. MooreRam OrenSari PalmrothRichard P. PhillipsJeffrey S. PippenSeth G. PritchardKathleen K. TresederWilliam H. SchlesingerEvan H. DeLuciaAdrien C. Finzi

carbon sequestrationecohydrologysustainable agricultureenvironmental scienceagricultural economicscarbonclimate dynamicscarbon accountingforest productivityforest ecosystemsecologyecosystemscarbon cycleapplied ecologycarbon allocationlong-term enhancementclimate changeforest ecologyshort-term variability

Soil Carbon and Nitrogen Dynamics in a Pine Forest Under Elevated Atmospheric Co2. AGU Fall Meeting Abstracts (2011)

J. LichterF. M. HopkinsJ. Reblin

soil carbonnitrogen dynamicsforest ecologyplant scienceearth scienceatmospheric sciencepine forestenvironmental scienceecology

Waterfowl Habitat Change Over Five Decades in a Freshwater Tidal Ecosystem in Mid-Coast Maine. Northeastern Naturalist (2011)

coastal researchcoastal managementwetlandsbenthic ecologybenthic communitiesaquatic ecosystemsmid-coast maineaquatic conservationconservation biologyfreshwater tidal ecosystemenvironmental scienceecologycoastal watersfisheries

A Call to Investigate Drivers of Soil Organic Matter Retention vs. Mineralization in a High Co2 World. Soil Biology and Biochemistry (2010)

Sharon A. BillingsJohn LichterSusan E. ZieglerBruce A. HungateDaniel de B. Richter

soil biologysoil sciencesoil organic matterenvironmental scienceclimate change

Soil Carbon and Nitrogen Turnover in a Pine Forest Under Elevated Co2. AGUFM (2010)

soil carbonbiogeochemistryforest soilsgreenhouse gasforest carbonforest ecologysoil carbon cyclenitrogen turnoverpine forestforest ecosystemsenvironmental scienceecologyecosystems

Soil Carbon Sequestration in a Pine Forest After 9 Years of Atmospheric Co 2 Enrichment. Global Change Biology (2008)

JOHN LICHTERSHARON A. BILLINGSSUSAN E. ZIEGLERDEEYA GAINDHREBECCA RYALSADRIEN C. FINZIROBERT B. JACKSONELIZABETH A. STEMMLERWILLIAM H. SCHLESINGER

soil carbon sequestrationhuman impacts on the environmentglobal changeglobal ecologyglobal change impactsforest ecologyglobal change biologyclimatic changeearth scienceatmospheric sciencepine forestterrestrial ecologyenvironmental scienceecologyclimate changecarbon cycleclimate change adaptation

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John Lichter

Professor of Biology and Environmental Studies Emeritus

Bowdoin College

Affiliations

Bowdoin College

Environmental Studies

Neuroscience

John Lichter is currently serving as a Bowdoin College Professor of Biology and Environmental Studies Emeritus at Bowdoin College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Lichter

Bowdoin College

Professor of Biology and Environmental Studies Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Genetic Population Structure and Accuracy of Morphological Assessment in Alosa Aestivalis (Blueback Herring) and a. Pseudoharengus (Alewife). Northeastern Naturalist (2017)

Carbon Exports to the Gulf of Maine: Temporal Variations of Spatial Patterns From Hours to Years. AGU Fall Meeting Abstracts (2014)

Gadids and Alewives: Structure Within Complexity in the Gulf of Maine. Fisheries Research (2012)

coastal researchcoastal engineeringregional relevancecoastal managementmarine biologygeographymarine spatial planningecology

Reaching Into the Past for Future Resilience: Recovery Efforts in Maine Rivers and Coastal Waters. Maine policy review (2012)

Increases in the Flux of Carbon Belowground Stimulate Nitrogen Uptake and Sustain the Long-Term Enhancement of Forest Productivity Under Elevated Co2. Ecology Letters (2011)

Soil Carbon and Nitrogen Dynamics in a Pine Forest Under Elevated Atmospheric Co2. AGU Fall Meeting Abstracts (2011)

J. LichterF. M. HopkinsJ. Reblin

soil carbonnitrogen dynamicsforest ecologyplant scienceearth scienceatmospheric sciencepine forestenvironmental scienceecology

Waterfowl Habitat Change Over Five Decades in a Freshwater Tidal Ecosystem in Mid-Coast Maine. Northeastern Naturalist (2011)

A Call to Investigate Drivers of Soil Organic Matter Retention vs. Mineralization in a High Co2 World. Soil Biology and Biochemistry (2010)

Sharon A. BillingsJohn LichterSusan E. ZieglerBruce A. HungateDaniel de B. Richter

soil biologysoil sciencesoil organic matterenvironmental scienceclimate change

Soil Carbon and Nitrogen Turnover in a Pine Forest Under Elevated Co2. AGUFM (2010)

soil carbonbiogeochemistryforest soilsgreenhouse gasforest carbonforest ecologysoil carbon cyclenitrogen turnoverpine forestforest ecosystemsenvironmental scienceecologyecosystems

Soil Carbon Sequestration in a Pine Forest After 9 Years of Atmospheric Co 2 Enrichment. Global Change Biology (2008)

JOHN LICHTERSHARON A. BILLINGSSUSAN E. ZIEGLERDEEYA GAINDHREBECCA RYALSADRIEN C. FINZIROBERT B. JACKSONELIZABETH A. STEMMLERWILLIAM H. SCHLESINGER

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