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Member Since 2004
Ben Runkle
Associate Professor, University of Arkansas
AGU Research
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Predicting planting and harvesting date of rice in Arkansas using satellite images and machine learning algorithms
ONLINE POSTER SESSION FOR GLOBAL ENVIRONMENTAL CHANGE: AGRICULTURE 2 - XVII
global environmental change | 25 january 2024
Riasad Bin Mahbub, Beatriz Moreno-Garcia, Brad G. ...
In an agricultural setting, the planting date (PD) and harvesting date (HD) are used to define the growing season length. This temporal information is...
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Effects of Alternate Wetting and Drying on rice cultivation systems at regional scale
SUSTAINABLE AGRICULTURE AND CLIMATE CHANGE: MONITORING AND MODELING SOIL ORGANIC CARBON DYNAMICS AND GREENHOUSE GAS EMISSIONS OF AGROECOSYSTEMS I POSTER
global environmental change | 15 december 2023
Rongzhu Qin, Kaiyu Guan, Bin Peng, Benjamin Runkle...
In rice cultivation systems, Alternate Wetting and Drying (AWD) water management is widely recognized to be effective in mitigating greenhouse gas emi...
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Linking eddy covariance CO2 fluxes with tower-based hyperspectral and solar-induced fluorescence (SIF) observations for improved understanding of rice photosynthesis
SURFACE-ATMOSPHERE INTERACTIONS: INTERSECTIONS BETWEEN EDDY COVARIANCE AND REMOTE SENSING I POSTER
biogeosciences | 14 december 2023
Will P. Richardson, Kaiyu Guan, Michele Reba, Benj...
Eddy covariance (EC) observations of CO2 fluxes provide critical information on photosynthesis (i.e., Gross Primary Production, or GPP) in both natura...
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Carbon Dew: Anchoring Equitable Climate Solutions in Directly Measured Greenhouse Gas Exchange
SCIENCE-BASED GIGATON-SCALE CARBON DIOXIDE REMOVAL (CDR): STRATEGIES FOR MONITORING, MEASUREMENTS, REPORTING, AND VERIFICATION (MMRV) I ORAL
biogeosciences | 14 december 2023
Stefan Metzger, George G. Burba, Kyle Hemes, Gerbr...
Technological, nature-based, and demand-side solutions are envisioned to avert the most drastic consequences of climate change, connected via a greenh...
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The Relationship Between Hydrogeomorphic Settings and Greenhouse Gas Emissions from Soils and Stems in Western Kentucky’s Bottomland Hardwood Forests
BUILDING A MORE COMPLETE REPRESENTATION OF METHANE DYNAMICS ACROSS EARTH'S ECOSYSTEMS I POSTER
biogeosciences | 13 december 2023
Marissa Miles, Jessica B. Moon, Skylar Ross, Kabi ...
Bottomland hardwood (BLH) ecosystems sequester substantial amounts of carbon, yet recent studies focus on the ability of their soils and vegetation to...
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Modeling forested wetland methane dynamics: insights from 5 flux towers and observations from a western Kentucky wetland
BUILDING A MORE COMPLETE REPRESENTATION OF METHANE DYNAMICS ACROSS EARTH'S ECOSYSTEMS I POSTER
biogeosciences | 13 december 2023
Kabi Raj Khatiwada, Benjamin Runkle, Jessica B. Mo...
Accurately determining the methane (CH4) flux in forested wetlands is vital for understanding their role in climate change, evaluating wetland health,...
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The effects of climate extremes on greenhouse gas emissions from Bald cypress “knees”
BUILDING A MORE COMPLETE REPRESENTATION OF METHANE DYNAMICS ACROSS EARTH'S ECOSYSTEMS III ORAL
biogeosciences | 13 december 2023
Skylar Ross, Niklas Klauss, Jessica B. Moon, Maris...
Climate change is leading to shifts in the duration and frequency of extremes such as droughts and floods. Because wetland and adjacent stream functio...
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Variability in Soil Methane Fluxes in Bald Cypress and Other Bottomland Hardwood Forests in Response to Weather Events
BUILDING A MORE COMPLETE REPRESENTATION OF METHANE DYNAMICS ACROSS EARTH'S ECOSYSTEMS I POSTER
biogeosciences | 13 december 2023
Bassil El Masri, Skylar Ross, Marissa Miles, Jarre...
Methane (CH4) is one of the most important greenhouses gases and more than 30% of the total CH4 emissions originate from wetlands. There is high uncer...
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