Faculty

Institution

Unit

Venue

Charles Burroughs

Specialist

University of Illinois-Springfield

Affiliations

College of Health, Science and Technology

School Of Integrated Sciences, Sustainability, And Public Health

School of Integrated Sciences, Sustainability, and Public Health

University of Illinois--Springfield

Charles Burroughs is currently serving as a College Of Health, Science And Technology Specialist at University of Illinois-Springfield.

Honors

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Experiences

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Education

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Charles Burroughs

University of Illinois-Springfield

Specialist

You can click a keyword to filter the displayed items

environmental science botany plant physiology plant science photosynthesis crop physiology ecology canopy micrometeorology plant stress earth science agricultural economics remote sensing plant-abiotic interaction sustainable agriculture agronomy crop yields photoprotection soybean canopy photosynthesis hyperspectral reflectance leaf photosynthesis maize leaves greenhouse gas metabolism oxidative stress metabolomics air pollution atmospheric environment air quality postharvest biology precision agriculture experimental botany environmental stress crop science crop improvement crop production plant metabolism plant metabolomics ozone layer depletion phytotoxicity field experiments climate-smart agriculture crop growth modeling photorespiration hyperspectral imaging high temperature yield loss soybean cultivars pod production leaf reflectance zea mays ozone stress ozone pollution feb 2021 chlorophyll fluorescence portable sif system field measurement plant biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Reductions in Leaf Area Index, Pod Production, Seed Size, and Harvest Index Drive Yield Loss to High Temperatures in Soybean. Journal of Experimental Botany (2022)

Charles H BurroughsChristopher M MontesChristopher A MollerNoah G MitchellAnne Marie MichaelBin PengHyungsuk KimmTaylor L PedersonAlexander E LipkaCarl J BernacchiKaiyu GuanElizabeth A Ainsworth

crop yieldsbotanycrop scienceyield lossplant physiologyagronomyplant sciencecrop improvementsustainable agriculturecrop physiologysoybean cultivarscrop productionagricultural economicspod production

Agedependent Increase in Tocopherol and Phytosterols in Maize Leaves Exposed to Elevated Ozone Pollution, Feb 2021. (2021)

maize leavesozone pollutionozone layer depletionphytotoxicityatmospheric environmentbotanyplant physiologyplant sciencefeb 2021air qualityphotosynthesiscrop physiologyair pollutionenvironmental scienceagricultural economics

Age‐Dependent Increase in α‐Tocopherol and Phytosterols in Maize Leaves Exposed to Elevated Ozone Pollution. Plant Direct (2021)

Jessica M. WedowCharles H. BurroughsLorena Rios AcostaAndrew D. B. LeakeyElizabeth A. Ainsworth

maize leavesgeneticsmetabolismzea maysoxidative stressbotanyplant metabolismplant physiologyplant scienceplant metabolomicsbiologyozone stresscrop physiologymetabolomicsenvironmental science

Predicting Biochemical Acclimation of Leaf Photosynthesis in Soybean Under in‐Field Canopy Warming Using Hyperspectral Reflectance. Plant Cell & Environment (2021)

Etsushi KumagaiCharles H. BurroughsTaylor L. PedersonChristopher M. MontesBin PengHyungsuk KimmKaiyu GuanElizabeth A. AinsworthCarl J. Bernacchi

hyperspectral reflectanceleaf reflectancecanopy micrometeorologygreenhouse gasbotanyplant physiologyplant scienceearth scienceremote sensingphotosynthesiscrop physiologyleaf photosynthesisenvironmental science

Predicting Biochemical Acclimation of Leaf Photosynthesis in Soybean Under Infield Canopy Warming Using Hyperspectral Reflectance. (2021)

photorespirationhyperspectral imaginghyperspectral reflectancecanopy micrometeorologybotanyplant physiologyplant scienceremote sensingphotosynthesisleaf photosynthesisenvironmental scienceecologybiochemical acclimation

Quantifying High‐Temperature Stress on Soybean Canopy Photosynthesis: The Unique Role of Sun‐Induced Chlorophyll Fluorescence. Global Change Biology (2021)

Hyungsuk KimmKaiyu GuanCharles H. BurroughsBin PengElizabeth A. AinsworthCarl J. BernacchiCaitlin E. MooreEtsushi KumagaiXi YangJoseph A. BerryGenghong Wu

canopy micrometeorologybotanyplant physiologyplant-abiotic interactionplant scienceearth scienceenvironmental stressremote sensingphotosynthesiscrop physiologyplant stresssoybean canopy photosynthesisenvironmental scienceecologyhigh temperature

Quantifying Hightemperature Stress on Soybean Canopy Photosynthesis: The Unique Role of Suninduced Chlorophyll Fluorescence. (2021)

extreme environmentshightemperature stressunique rolebotanyplant stressplant physiologyplant-abiotic interactionplant sciencephotosynthesiscrop physiologyphotochemistrysoybean canopy photosynthesisenvironmental scienceecology

Quantifying High-Temperature Stress on Canopy Photosynthesis at the Temperature Free-Air Controlled Enhancement (T-Face) Experiment: The Unique Role of Sun-Induced Chlorophyll Fluorescence in Capturing Plant Physiological Stress. AGU Fall Meeting Abstracts (2020)

H. KimmK. GuanC. H. BurroughsB. PengE. A. AinsworthC. BernacchiC. MooreE. KumagaiX. YangG. WuJ. A. Berry

extreme environmentsphotoprotectionhigh-temperature stressbotanyplant physiologyplant-abiotic interactionplant sciencecanopy photosynthesisbiologyphotosynthesisplant stressplant physiological stressenvironmental scienceecologyclimate changestress (biology)experimental botany

On the Response of Soybean Growth and Yield to Multi-Level Free-Air Canopy Warming: Field Experiment, Process-Based Modeling, and Their Integration. AGU Fall Meeting Abstracts (2019)

B. PengC. H. BurroughsK. GuanL. AinsworthC. BernacchiH. KimmW. Zhou

precision agriculturecanopy micrometeorologycrop yieldsenvironmental modellingfield experimentsagronomyearth scienceclimate-smart agricultureprocess-based modelingsustainable agriculturecrop growth modelingenvironmental scienceclimate changesoybean growth

Can Sun-Induced Chlorophyll Fluorescence (Sif) Detect Heat-Stress of Soybean? Evidence From Field Measurement Utilizing a Portable Sif System at the Temperature Free-Air Controlled Enhancement (T-Face) Experiment. AGU Fall Meeting Abstracts (2018)

H. KimmK. GuanG. WuB. PengC. H. BurroughsC. BernacchiE. A. AinsworthE. Kumagai

chlorophyll fluorescencebotanyplant physiologyfluorescenceplant sciencephotosynthesiscrop physiologyplant stressportable sif systemenvironmental sciencepostharvest biologyagricultural economicsfield measurementphotoprotection

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Charles Burroughs

Specialist

University of Illinois-Springfield

Affiliations

College of Health, Science and Technology

School Of Integrated Sciences, Sustainability, And Public Health

School of Integrated Sciences, Sustainability, and Public Health

University of Illinois--Springfield

Charles Burroughs is currently serving as a College Of Health, Science And Technology Specialist at University of Illinois-Springfield.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Charles Burroughs

University of Illinois-Springfield

Specialist

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Reductions in Leaf Area Index, Pod Production, Seed Size, and Harvest Index Drive Yield Loss to High Temperatures in Soybean. Journal of Experimental Botany (2022)

Charles H BurroughsChristopher M MontesChristopher A MollerNoah G MitchellAnne Marie MichaelBin PengHyungsuk KimmTaylor L PedersonAlexander E LipkaCarl J BernacchiKaiyu GuanElizabeth A Ainsworth

crop yieldsbotanycrop scienceyield lossplant physiologyagronomyplant sciencecrop improvementsustainable agriculturecrop physiologysoybean cultivarscrop productionagricultural economicspod production

Agedependent Increase in Tocopherol and Phytosterols in Maize Leaves Exposed to Elevated Ozone Pollution, Feb 2021. (2021)

Age‐Dependent Increase in α‐Tocopherol and Phytosterols in Maize Leaves Exposed to Elevated Ozone Pollution. Plant Direct (2021)

Jessica M. WedowCharles H. BurroughsLorena Rios AcostaAndrew D. B. LeakeyElizabeth A. Ainsworth

maize leavesgeneticsmetabolismzea maysoxidative stressbotanyplant metabolismplant physiologyplant scienceplant metabolomicsbiologyozone stresscrop physiologymetabolomicsenvironmental science

Predicting Biochemical Acclimation of Leaf Photosynthesis in Soybean Under in‐Field Canopy Warming Using Hyperspectral Reflectance. Plant Cell & Environment (2021)

Etsushi KumagaiCharles H. BurroughsTaylor L. PedersonChristopher M. MontesBin PengHyungsuk KimmKaiyu GuanElizabeth A. AinsworthCarl J. Bernacchi

Predicting Biochemical Acclimation of Leaf Photosynthesis in Soybean Under Infield Canopy Warming Using Hyperspectral Reflectance. (2021)

Quantifying High‐Temperature Stress on Soybean Canopy Photosynthesis: The Unique Role of Sun‐Induced Chlorophyll Fluorescence. Global Change Biology (2021)

Hyungsuk KimmKaiyu GuanCharles H. BurroughsBin PengElizabeth A. AinsworthCarl J. BernacchiCaitlin E. MooreEtsushi KumagaiXi YangJoseph A. BerryGenghong Wu

Quantifying Hightemperature Stress on Soybean Canopy Photosynthesis: The Unique Role of Suninduced Chlorophyll Fluorescence. (2021)

H. KimmK. GuanC. H. BurroughsB. PengE. A. AinsworthC. BernacchiC. MooreE. KumagaiX. YangG. WuJ. A. Berry

On the Response of Soybean Growth and Yield to Multi-Level Free-Air Canopy Warming: Field Experiment, Process-Based Modeling, and Their Integration. AGU Fall Meeting Abstracts (2019)

B. PengC. H. BurroughsK. GuanL. AinsworthC. BernacchiH. KimmW. Zhou

H. KimmK. GuanG. WuB. PengC. H. BurroughsC. BernacchiE. A. AinsworthE. Kumagai

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