Tags
Results for: Data Analytics and Machine Learning
Data Analytics and Machine Learning
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Bio ItemAbhilash Chandel , bio
remote sensing | drones | plant protection | soil mapping | IOT | edge and cloud computing | non-invasive sensing | smartphone applications
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Bio ItemAmanda Stewart , bio
fruit chemistry | wine | cider | cocoa | fermented foods & beverages | phytochemicals and health | polyphenols | food science education
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Bio ItemAnne M. Brown , bio
molecular modeling | drug discovery | computational biochemistry | applied data science | experiential education
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Bio ItemAnubhab Gupta , bio
agricultural markets | market power | technology adoption | climate migration | refugees | welfare analysis
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Bio ItemBoris A. Vinatzer , bio
emerging diseases | disease diagnostics | biosecurity | big data | databases | genomics | metagenomics
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Bio ItemBrian D. Badgley , bio
microbiome | biogeochemistry | plant-microbe interactions | soil health | water quality
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Bio ItemBrian Mayer , bio
artificial intelligence | machine learning | data analytics
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Bio ItemCarol A. Wilkinson , bio
plant-pathogen interactions | crop improvement | precision agriculture | experiential learning
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Bio ItemChi Ta , bio
data analytics | sustainability | energy | environment
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Bio ItemChreston Miller , bio
machine learning | deep learning | natural language processing | data sensemaking
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Bio ItemClay Wright , bio
plant development | hormone signaling | genetic engineering of yield/resistance/added-value crop traits | genetic variation | protein engineering | biosensors
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Bio ItemCristina Watkins , bio
social science | aquaculture | stakeholder preferences | non-market economics | structural equation modeling
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Bio ItemDurelle Scott , bio
water quality | water quantity | restoration | non-point source pollution
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Bio ItemEnette Larson-Meyer , bio
human nutrition | human health | iodine | biofortification | nutrient content
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Bio ItemEric Kaufman , bio
leadership development | professional learning | stakeholder engagement | workforce training | durable skills
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Bio ItemFernando Biase , bio
molecular phenomics | systems genomics | data analytics | sustainability
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Bio ItemFernando H. Goncalves , bio
oceanography | fisheries | aquaculture | supply chains | marketing | sustainability indicators | governance | socioeconomics
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Bio ItemGota Morota , bio
computer vision | data science | high-throughput phenotyping | machine learning | quantitative genetics
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Bio ItemHasan Seyyedhasani , bio
robotics and automation for agricultural applications | sensing systems and data analytics for precision agriculture | machine systems and machines management
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Bio ItemIsmini Lourentzou , bio
artificial intelligence | machine learning | natural language processing | computer vision | data science
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Bio ItemJ. Leighton Reid , bio
community ecology | ecological succession | landscape ecology | tropical forest | southeastern grasslands
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Bio ItemJacob Lahne , bio
machine learning | data science | food science | sensory science | natural language processing
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Bio ItemJames D. Harder , bio
blockchain | food-supply chains | cybersecurity | computer science | provenance
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Bio ItemJayesh Samtani , bio
row | crop | robotics | sensors
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Bio ItemJeffrey Alwang , bio
agricultural development | technology adoption | poverty reduction | data analysis
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Bio ItemJennifer H. Van Mullekom , bio
data visualization | communicating data science | results | experimental design | machine learning | data science as a process | case based experiential learning
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Bio ItemJim Westwood , bio
plant perception and signaling | crop improvement | weed control
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Bio ItemJohn Bovay , bio
economics | data analytics | food markets | consumers and human health | environment | farm viability and resilience | food safety | biotechnology | animal welfare | food loss and waste | COVID-19
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Bio ItemJohn Ignosh , bio
farm energy management | renewables | on-farm adoption | demonstration | evaluation | needs assessment
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Bio ItemJonathan Czuba , bio
agricultural floodplains | water quality | sediment | environmental data and analysis
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Bio ItemJulie Shortridge , bio
irrigation | water | machine learning | climate | decision analysis and support
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Bio ItemKang Xia , bio
environmental chemistry | analytical chemistry | organic compounds | environmental occurrence, fate, and impact | soil quality | water quality | machine learning | wastewater treatment | biosolids | animal manure
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Bio ItemKevin Rice , bio
pest control | pest monitoring | UAV's | invasive species
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Bio ItemKim Niewolny , bio
sustainability | food systems | human-centered decision | community-based participatory research
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Bio ItemKlaus Moeltner , bio
environmental valuation | bayesian statistical methods | benefit transfer | meta-analysis | housing market analysis | electricity and water demand
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Bio ItemLaura K. Strawn , bio
source-tracking | foodborne pathogens | food safety | remote sensing | machine learning | predictive modeling
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Bio ItemLenwood S. Heath , bio
data science | computational biology and bioinformatics | computational genomics | computational epidemiology
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Bio ItemLifu Huang , bio
Artificial Intelligence (AI) | natural language processing | machine learning | knowledge discovery
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Bio ItemLiqing Zhang , bio
bioinformatics | computational genomics | machine learning
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Bio ItemLorena Lopez , bio
IPM |spatio-temporal distribution | prediction models | interpolation
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Bio ItemMannin Dodd , bio
data engineering | location intelligence | decision support | mapping and visualizations | DevOps | information systems
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Bio ItemMark A. Williams , bio
plant growth promotion | soil | microbiomes | crops and plants | microbial ecology | ecosystem ecology
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Bio ItemMeredith Steele , bio
macrosystems | water quality | development | geospatial sciences
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Bio ItemMichael J. Stamper , bio
data visualization and information design | certified professional in accessibility core competencies (CPACC) | design thinking & implementation | project management
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Bio ItemMichael Schwarz , bio
precision farming | food and agriculture systems | aquaculture | aquaponics | hydroponics | water quality
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Bio ItemMizuho Nita , bio
plant diseases | grapes | decision support system | big data | machine learning
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Bio ItemQing Jin , bio
sustainability | agricultural and food waste | bio-processing | value-added product | technoeconomic analysis
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Bio ItemRich Helm , bio
biomarkers | mass spectrometry | metabolomics | proteomics
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Bio ItemRodrigo Sarlo , bio
smart cities | distributed sensing | sensor and signal analytics
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Bio ItemRyan Stewart , bio
soils | sensors | modeling
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Bio ItemSaied Mostaghimi , bio
environmental assessment and remediation | precision agriculture | systems modeling | water quality
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Bio ItemSally E. Johnson , bio
motion capture technologies | biomedical sensor development | precision exercise programs | equine energy expenditures
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Bio ItemSally Taylor , bio
agronomic crops | pest management | plant-insect interactions
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Bio ItemSanaz Shafian , bio
remote sensing | drone | machine learning | decision making tool
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Bio ItemSean O'Keefe , bio
food chemistry | food components | shelf life
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Bio ItemShane Ross , bio
dispersion modeling | spread | drones | dynamic modeling | aerobiology | motion analysis | complex systems | mathematical biology | data-driven modeling | pathogens | time series | data science | fluid dynamics | applied mathematics
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Bio ItemSong Li , bio
plant genomics and bioinformatics | machine learning | high throughput phenotyping
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Bio ItemSook Shin Ha , bio
bioinformatics | computational biology | data science | machine learning | polypharmacy side effect predictions | scientific web tools | DBMS
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Bio ItemStella Lucia Volpe , bio
chronic disease prevention | nutrition | exercise | energy expenditure | mineral metabolism
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Bio ItemTait Golightly , bio
agriculture enterprise management | solar energy | pasture management | land stewardship | equine and livestock management
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Bio ItemThinh Doan , bio
artificial intelligence | machine learning | robotics | distributed multi-agent systems
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Bio ItemTracy Rutherford , bio
food and agriculture systems | consumer engagement | social systems | communication
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General ItemUse of Remote Sensing Technologies and UAV to Phenotype Peanuts Varieties at the Tidewater AREC
Did you know that Virginia peanuts have the reputation as the 'Cadillac' of peanuts?
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General ItemUsing Artificial Intelligence and Machine Learning to Better Understand Environmental Fate and Impacts of Contaminants
Understand the processes affecting environmental behaviors of various contaminants with the long-term goal of better informing risk assessment and policies to protect human health while minimizing the environmental burden
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Bio ItemW. Cully Hession , bio
streams | rivers | water quality monitoring | remote sensing from drones | laser scanning | plant biomass | riparian vegetation
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Bio ItemWei Zhang , bio
data analytics | econometrics | sustainability | environment
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Bio ItemYun Yin , bio
flavor | aroma | data analytics
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Bio ItemZachary Easton , bio
modeling | environmental biophysics | climate change | agricultural management | water quality | environmental policy
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Bio ItemZeb Bowden , bio
data science | computer vision | machine learning | sensors | robotics and automation | transportation