Tulsa / Oklahoma City / Waco / Cordoba / New York / Stockholm / Grid / Fuhlendorf / Copenhagen / London / /
Company
Baylor University Press / Aerobiology Laboratory / Hess / Wynn-Williams D. D. / J. Wiley & Sons / Air Resources Laboratory / /
Continent
Europe / South America / Antarctica / /
Country
United States / Canada / Spain / / /
Event
Environmental Issue / /
Facility
Texas Agricultural Experiment Station / Plant Ecological Studies / Aerobiology Laboratory / College Station TX / The University of Tulsa / Ardmore Municipal Airport / Air Resources Laboratory / /
Holiday
winter solstice / /
IndustryTerm
aerobiological sampling site / given site / sample site / Atmospheric transportation / meso-scale weather systems / travel characteristic / Low-level travel / travel times / /
National Science Foundation / US Weather Service / Department of Biology / National Oceanic and Atmospheric Administration / Baylor University / American Academy of Allergy / Asthma and Immunology / Ardmore OK / University of Tulsa / U.S. Department of Agriculture / Sam Noble Foundation / Association of American Geographers / /
Person
Mary Larsen-Purvis / Thomas Keever / Estelle Levetin / PETER K. VAN DE WATER / Tristan da Cunha / Charles Main / Sean Maher / Rourke / Washington D.C. Mandrioli / Mary Kay / C. Taylor / Jr. / Deborah Avery / Van Auken / /
Position
General / /
ProvinceOrState
Texas / Oregon / New York / Missouri / Oklahoma / Arkansas / /
PublishedMedium
Canadian Journal of Forest Research / Journal of Geophysical Research / /
Region
Antarctic / west Spain / southwestern Spain / central Oklahoma / southern Oklahoma / North Africa / central Texas / northern Texas / Southwest Spain / central North America / /
Grana 40: 133± 141, 2001 Contribution of upwind pollen sources to the characterization of Juniperus ashei phenology PETER K. VAN DE WATER and ESTELLE LEVETIN