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49:36 Using Remote Sensing and Targeted Water Sampling… Using Remote Sensing and Targeted Water Sampling to Understand AI Risk for Commercial Poultry	Using Remote Sensing and Targeted Water Sampling to Understand AI Risk for Commercial Poultry Dr. Maurice Pitesky-DVM, MPVM, Dipl ACVPM Assistant Specialist in Cooperative Extension UC Davis, Veterinary Medicine Dr. Maurice Pitesky discusses how remote sensing and targeted water… commercial farm kilometer extent influenza livestock north america agricultural statistical service veterinary medicine risky areas water fall sampling water poultry improvement plan national poultry improvement u.c. davis kill station commercial poultry waterfowl population water fell meat commercial poultry industry demography cartography statistical service data disease transmission function model animals healthy employment food security perspective start identifying real time biology high risk food and drink u.s. resource collection zoonoses small number influenza virus health sciences highest risk rice fields food safety high risk areas generation radar large farm communication backyard poultry measuring instruments cybernetics learning falcon tube grad student avian influenza artificial intelligence accountancy dry year continents day period web app flooded area statistical model bio security u.c. population keeping birds population movements machine learning separation processes waterfall biologist radar biologist selection function model u.s.g.s. caption complete u.s.d.a. central valley national agricultural statistical start understanding radar beam remote sensing tools food animals population ecology poultry water fowl remote sensing display technology nasa passive surveillance From Biological Sciences Academic Forums 0 likes 38 plays 0
01:09:52 How Can Doppler Lidars Measure Turbulence in the… How Can Doppler Lidars Measure Turbulence in the Lowest Part of the Atmosphere	How Can Doppler Lidars Measure Turbulence in the Lowest Part of the Atmosphere Dr. Jakob Mann Faculty, Technical University of Denmark Dr. Mann, a respected global authority on atmospheric physics, discusses his work developing a model to measure wind turbulence. He uses… mechanics anemometer aerodynamics stratification meteorological instrumentation and equipment meter radar topography navigational equipment turbine particle physics metrology cross contamination wind power turban fluctuation scientific method analytic geometry amateur radio structural engineering turbulence atmospheric dynamics climate wind speed physical geography geometry acoustics ventilation electric power distribution correlation geomorphology wind statistical deviation and dispersion From Earth and Environmental Sciences 0 likes 29 plays 0

49:36

Using Remote Sensing and Targeted Water Sampling…

Using Remote Sensing and Targeted Water Sampling to Understand AI Risk for Commercial Poultry

Dr. Maurice Pitesky-DVM, MPVM, Dipl ACVPM Assistant Specialist in Cooperative Extension UC Davis, Veterinary Medicine Dr. Maurice Pitesky discusses how remote sensing and targeted water…

agricultural statistical service

poultry improvement plan

national poultry improvement

commercial poultry industry

demography

cartography

statistical service data

food security perspective

measuring instruments

artificial intelligence

selection function model

national agricultural statistical

From Biological Sciences Academic Forums 0 likes 38 plays 0

01:09:52

How Can Doppler Lidars Measure Turbulence in the…

How Can Doppler Lidars Measure Turbulence in the Lowest Part of the Atmosphere

Dr. Jakob Mann Faculty, Technical University of Denmark Dr. Mann, a respected global authority on atmospheric physics, discusses his work developing a model to measure wind turbulence. He uses…

From Earth and Environmental Sciences 0 likes 29 plays 0