Faculty

Institution

Unit

Venue

Christopher Ruhland

Professor

Minnesota State University--Mankato

Affiliations

Biology

College of Science, Engineering & Technology

Department Of Biological Sciences

Department Of Biology

Development Staff

Christopher Ruhland is currently serving as a Biology Professor at Minnesota State University--Mankato.

Honors

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Experiences

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Education

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Christopher Ruhland

Minnesota State University--Mankato

Professor

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environmental science ecology botany photosynthesis biology plant science extreme environments plant physiology ecosystems cold region science experimental botany climate change plant ecology soil photoprotection cryosphere plant-abiotic interaction photodegradation earth science environmental degradation photomorphogenesis global change biology horticulture research environmental technology plant soil phenology permafrost vegetation science environmental photochemistry crop science pigment concentrations global change forest ecology atmospheric research applied ecology functional ecology soil biology ecosystem adaptation abiotic damage sea ice plant biology uv-vis spectroscopy lignin crop improvement desertification plant growth regulators crop physiology antarctic vascular plants solar ultraviolet-b radiation ultraviolet-b radiation antarctic tundra leaf age antarctic peninsula deschampsia antarctica global ecology total environment terrestrial ecosystems terrestrial ecosystem productivity terrestrial ecology photorespiration greenhouse effect ozone layer depletion periglacial process arctic structure continental ecosystems environmental pollution radiation biology radiation safety uv radiation reductions c stocks vascular‐plant‐dominated antarctic tundra sonoran desert larrea tridentata litter lignin loss photosynthetic temperature response leaf elongation ecophysiology agronomy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comparative Analysis of the Photosynthetic Ecophysiology of Myriophyllum Aquaticum and Congeneric Milfoils and Invasion Potential Into the Midwestern United States. Aquatic Botany (2025)

comparative analysismidwestern united statesphytoplankton ecologycongeneric milfoilsaquatic ecosystemsinvasion biologybiologybiological invasionsphotosynthesislimnologyecologyecosystemsinvasive species

Differential Photosynthetic Yield Across a Wide Range of Temperatures for Northern and Invasive Watermilfoils. Journal of Freshwater Ecology (2024)

invasive watermilfoilswetlandsbotanyplant-abiotic interactionbiologybiological invasionsecohydrologyphotosynthesisplant ecologywide rangeenvironmental scienceecologydifferential photosynthetic yieldecosystems

Ultraviolet‐B Stress Increases Epidermal Uv ‐Screening Effectiveness and Alters Growth and Cell‐Wall Constituents of the Brown Midrib Bmr6 and Bmr12 Mutants of Sorghum Bicolor. Journal of Agronomy and Crop Science (2024)

agricultural biotechnologyplant sciencealters growthgenetic engineeringgeneticsplant physiologyphotocarcinogenesiscell and molecular biologyplant biotechnologyabiotic stressplant cellscell‐wall constituentsphotoprotectionplant biologyexperimental botanybotanydermatologybiologyexperimental plant biology

The Influence of Initial Phenolic Content and Uv-Screening Effectiveness on Abiotic Photodegradation of Wyoming Big Sagebrush Litter Collected Along an Elevation Gradient. Journal of Arid Environments (2023)

plant soiluv-screening effectivenessphytoremediationenvironmental scienceenvironmental technologyenvironmental researchinitial phenolic contentelevation gradientecologyecosystemsvegetation sciencesoilbioremediationenvironmental chemistryrestoration ecologyphotodegradationenvironmental degradationphotoprotectionenvironmental remediationenvironmental photochemistry

Intensification of Midwestern Agriculture as a Regional Climate Modifier and Atmospheric Boundary Layer Moisture Source. Annals of the American Association of Geographers (2019)

Andrew C. HillMartin MitchellFei YuanChristopher T. Ruhland

atmospheric researchregional climate modifieratmospheric sciencegeographyregional climate responsemidwestern agricultureenvironmental scienceclimate changeagricultural economics

The Effects of Surface Albedo and Initial Lignin Concentration on Photodegradation of Two Varieties of Sorghum Bicolor Litter. Scientific Reports (2019)

surface albedoenvironmental engineeringenvironmental technologyligninsoil biologyplant soilwaste managementenvironmental photochemistryenvironmental chemistrybiomass (energy)sorghum bicolor litterphotodegradationphotosynthesisenvironmental scienceenvironmental degradationsoilinitial lignin concentration

Desert Leaf Litter Decay: Coupling of Microbial Respiration, Water‐Soluble Fractions and Photodegradation. Global Change Biology (2018)

Thomas A. DayMichael S. BlissAlexander R. TomesChristopher T. RuhlandRené Guénon

water-soluble fractionsglobal change biologymicrobial respirationphotodegradationenvironmental science

Litter Decomposition of Three Lignin-Deficient Mutants of Sorghum Bicolor During Spring Thaw. Acta Oecologica (2018)

environmental engineeringlitter decompositionligninbotanyplant soilcrop sciencesorghum bicolorlignin-deficient mutantsplant sciencebiologycrop improvementbiomass characterizationenvironmental sciencesoil

The Effects of Ultraviolet Radiation on the Brown Midrib Mutants of Zea Mays and Sorghum Bicolor. Theoretical and Experimental Plant Physiology (2017)

ultraviolet radiationgeneticszea maysbotanycrop scienceplant physiologyplant sciencebiologycrop improvementgenetic variationplant pathologybrown midrib mutantsexperimental botany

The Effects of Harvest Regime, Irrigation, and Salinity on Stem Lignocellulose Concentrations in Alfalfa (Medicago Sativa L.). Agricultural Water Management (2016)

stem lignocellulose concentrationsbotanycrop scienceplant physiologyagronomyplant scienceharvest regimesustainable agriculturecrop productionecologyagricultural economics

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Christopher Ruhland

Professor

Minnesota State University--Mankato

Affiliations

Biology

College of Science, Engineering & Technology

Department Of Biological Sciences

Department Of Biology

Development Staff

Christopher Ruhland is currently serving as a Biology Professor at Minnesota State University--Mankato.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christopher Ruhland

Minnesota State University--Mankato

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comparative Analysis of the Photosynthetic Ecophysiology of Myriophyllum Aquaticum and Congeneric Milfoils and Invasion Potential Into the Midwestern United States. Aquatic Botany (2025)

Differential Photosynthetic Yield Across a Wide Range of Temperatures for Northern and Invasive Watermilfoils. Journal of Freshwater Ecology (2024)

Intensification of Midwestern Agriculture as a Regional Climate Modifier and Atmospheric Boundary Layer Moisture Source. Annals of the American Association of Geographers (2019)

Andrew C. HillMartin MitchellFei YuanChristopher T. Ruhland

atmospheric researchregional climate modifieratmospheric sciencegeographyregional climate responsemidwestern agricultureenvironmental scienceclimate changeagricultural economics

The Effects of Surface Albedo and Initial Lignin Concentration on Photodegradation of Two Varieties of Sorghum Bicolor Litter. Scientific Reports (2019)

Desert Leaf Litter Decay: Coupling of Microbial Respiration, Water‐Soluble Fractions and Photodegradation. Global Change Biology (2018)

Thomas A. DayMichael S. BlissAlexander R. TomesChristopher T. RuhlandRené Guénon

water-soluble fractionsglobal change biologymicrobial respirationphotodegradationenvironmental science

Litter Decomposition of Three Lignin-Deficient Mutants of Sorghum Bicolor During Spring Thaw. Acta Oecologica (2018)

The Effects of Ultraviolet Radiation on the Brown Midrib Mutants of Zea Mays and Sorghum Bicolor. Theoretical and Experimental Plant Physiology (2017)

ultraviolet radiationgeneticszea maysbotanycrop scienceplant physiologyplant sciencebiologycrop improvementgenetic variationplant pathologybrown midrib mutantsexperimental botany

The Effects of Harvest Regime, Irrigation, and Salinity on Stem Lignocellulose Concentrations in Alfalfa (Medicago Sativa L.). Agricultural Water Management (2016)

stem lignocellulose concentrationsbotanycrop scienceplant physiologyagronomyplant scienceharvest regimesustainable agriculturecrop productionecologyagricultural economics

1
2
3
4
10 / page