Tye W. Parzybok, CCM, GISP
Mr. Parzybok is President and Chief Meteorologist of MetStat, Inc in Fort Collins, Colorado. He has 20+ years of GIS and meteorological/climatological experience and is a Certified Consulting Meteorologist (CCM) and a Certified GIS Professional (GISP). Author of “Weather Extremes of the West” as well as numerous other technical articles, Mr. Parzybok is an established professional meteorologist. His expertise in spatial interpolation, GIS, meteorology/climatology and quality control have played key roles in several major projects for the National Center for Atmospheric Research (NCAR), National Climatic Data Center (NCDC) , USDA Natural Resources Conservation Service (NRCS), National Forest Service and NOAA’s National Weather Service (NOAA/NWS). He played an integral role in the development of NOAA Atlas 14 – Precipitation-Frequency Atlas of the United States. Mr. Parzybok has a long history of supplying the necessary meteorological information to improve hydrologic modeling, optimize hydrologic design, support forensic cases, facilitate water management and monitor rainfall, and is uniquely qualified in providing the necessary components of probable maximum precipitation (PMP) studies. Given Mr. Parzybok’s comprehensive precipitation expertise, he is on the WMO extreme precipitation evaluation committee for assessing potential new world record rainfall intensities.
Jason Caldwell, Ph.D., P.H.
Dr. Caldwell is the Chief Hydrometeorologist at MetStat, Inc. in Fort Collins, Colorado. Jason received his Ph.D. in Civil/Water Resources Engineering from University of Colorado-Boulder in 2013. He also holds B.S. and M.S. degrees in Atmospheric Sciences/Meteorology. He has over 20 years’ experience in meteorology, hydrology, and statistics, including site-specific extreme precipitation studies, regional precipitation-frequency analysis and stochastic hydrology for evaluation of hydrologic risk at dams across the Western US. As a former hydrometeorologist for the NWS Lower Mississippi River Forecast Center, he was instrumental in development of multi-sensor precipitation estimates, quantitative precipitation forecasts, development of hydrologic model inputs, and model calibration. Jason has served as a member of the Extreme Storm Events Working Group under the Subcommittee of Hydrology and principal investigator on research projects related to extreme precipitation for the Bureau of Reclamation and Nuclear Regulatory Commission. Dr. Caldwell enjoys creating software and scripting applications for automation of complex meteorological analyses, including: storm spatial and temporal patterns; data quality control; probabilistic evaluation of probable maximum precipitation (PMP); and downscaling of climate change projections. As a registered Professional Hydrologist, he has worked across academic, federal and state government, and private consulting industries, which has led to a focus on integrated approaches to addressing meteorological and water resources engineering problems.
Nicole J. Novembre, M.S., P.E.
Ms. Novembre earned a master of science degree in Civil Engineering with a concentration in Hydrology, Water Resources, and Environmental Fluid Mechanics from the University of Colorado at Boulder. As a licensed professional engineer in the state of Colorado, she has nine years of experience working as a hydrologic engineer in private engineering consulting and in the Bureau of Reclamation Flood Hydrology group at the Technical Service Center in Lakewood, Colorado. Ms. Novembre has extensive experience developing deterministic and probabilistic hydrologic loadings for use in Dam Safety Risk Analyses. Ms. Novembre previously earned a bachelor of science degree in Civil Engineering with a concentration in Structural Engineering at CU-Boulder and spent six years working on the F-22 Raptor Program at the Boeing Company in Seattle, Washington.
Deborah L. Martin, M.S.
Debbie has 16 years of experience in atmospheric and hydrometeorological sciences. She holds a Bachelor’s degree in Environmental Science and a Master of Science degree in Atmospheric Science from the University of Virginia. Her post-graduate work led her to NOAA’s National Weather Service (NOAA/NWS) as a contractor for 13 years where she contributed to the completion of nine volumes of NOAA Atlas 14 – Precipitation-Frequency Atlas of the United States for project areas covering a range of climates across the United States and affiliated territories. During her tenure at NOAA/NWS, she frequently led projects and tasks while being responsible for all documentation associated with the precipitation frequency projects and responding to any public inquiries about the work. Known for her communication skills, Debbie has presented NOAA Atlas 14 to various interested groups, including internationally at a series sponsored by the Puerto Rican Civil Engineering Institute, College of Engineers and Land Surveyors as part of their continuing education program and at a workshop for the Nanjing Hydraulic Research Institute in Nanjing, China.
Victoria Sankovich Bahls, M.S.
Ms. Sankovich Bahls has 10+ years of expertise in meteorology and statistics, including data quality control, site-specific extreme precipitation studies, storm analysis, regional precipitation-frequency analysis, and climate change evaluations. She has a Master's of Science degree in Atmospheric Science from Colorado State University and a Bachelor's of Science degree in Meteorology from Penn State University. She has interned with the Storm Prediction Center and NASA. After spending a summer season at the Amundsen-Scott South Pole Station working as a meteorologist, she joined the Flood Hydrology Group at the Bureau of Reclamation. She served as Vice-Chair of the Extreme Storm Events Working Group.
Katie L. Laro, M.S.
Katie has 5 years of experience in the field of meteorology. She holds a Bachelor of Science degree in Meteorology and a Master of Science degree in Applied Meteorology from Plymouth State University in Plymouth, New Hampshire. As an undergraduate, she participated in a project that involved updating a convective wind climatology in Cape Canaveral, Florida in joint effort with Kennedy Space Center and the Cape Canaveral Air Force Station’s 45th Weather Squadron. As a graduate student her research brought her back to Cape Canaveral to test and verify a stand-alone lightning sensor designed by a local New Hampshire company against the CGLSS-II, a well known lightning network on the Space Coast. She has expertise in constructing complex code to spatially and temporally distribute precipitation, analyzing extreme precipitation events associated with various storm types, and managing and updating SQL databases.
Alyssa D. Hendricks, M.S.
Alyssa has a Master's of Science in Watershed Science from Colorado State University and a Bachelor’s of Science in Atmospheric Science from Purdue University. With her educational background, she is interested in the interdisciplinary field of hydrometeorology and effectively connecting and applying her knowledge and experience in both. Her undergraduate and graduate level research has included numerous climatological studies, including hurricane-induced tornadoes in the state of Florida, high-latitude warming and associated snowfall trends, and spatial variability in precipitation trends on the Big Island of Hawaii. She has also spent time as an intern with Southwest Airlines, the National Weather Service and National Center for Atmospheric Research.
Brad Wells, M.S.
Brad received his bachelor’s in atmospheric science with a minor in mathematics at the University of Wisconsin-Milwaukee in 2012 and a master’s in atmospheric science from Colorado State University in 2015. His graduate research has focused on air dispersion and air quality in the state of Colorado and how it has been effected by recent oil and natural gas development. Having spent time at the Colorado Climate Center, he has learned the intricacies of climatology, hydrology, and soil science. Other areas of research have been in developing an algorithm for interpolating missing aerosol optical depth data from NASA’s TERRA and AQUA satellites, assessing the feasibility of wine grape production in southwest Colorado, and using radio data from the Arecibo Observatory to search for Pulsars. In his free time, Brad enjoys trail running, rock climbing, and tackling new computer coding problems.
Brian R. Crow, M.S.
Brian received a bachelor’s degree in atmospheric science with a minor in mathematics from the University of Missouri in 2013. In 2016, he completed a master’s degree at Colorado State University studying large-scale fluctuations in cyclone activity throughout the midlatitudes. His undergraduate research endeavors examined both synoptic and mesoscale phenomena, including the extreme cold frontal passage of November 11, 1911 through the Midwest and lake-effect snow over the Great Lakes and Lake Tahoe. His broad variety of research experiences enable him to offer insight on a wide range of weather phenomena that produce extreme precipitation.
Krista is a Colorado native who has been working as Controller/Business Manager/ Office Manager for small businesses in Northern Colorado for 10 years. She has extensive experience with all aspects of business management including accounting, taxes, vendor management, customer support and retention. She graduated Valedictorian with a 4.0 in high school and Summa Cum Laude with a 4.0 from Front Range Community College. She is excited about joining the team at MetStat and using her business management skills to help free up the rest of the team to focus on their specialties.
Blake J. Allen, M.S.
Blake received bachelors degrees in Physics and Chemistry from Pittsburg State University in Pittsburg, KS, and then went on to complete a Masters in Meteorology at the University of Oklahoma in 2014. Before joining Metstat, Blake worked during and after graduate school in the storm electrification group at the National Severe Storms Laboratory. There he studied various aspects of thunderstorms, especially their microphysical properties and lightning production. His thesis work focused on leveraging satellite-borne lightning data to improve the representation of thunderstorms in numerical weather prediction models that use ensemble data assimilation. He also worked on a project that modeled the atmospheric transport of nitric oxides produced by lightning, another project that involved statistical comparisons of radar data, and a project that analyzed the fractal characteristics of observed and simulated lightning. Between numerical model development, analysis and processing of data, and visualization of data, Blake's past work has given him significant experience programming in Python, FORTRAN, and other languages, as well as experience working with various scientific data formats. While at NSSL, Blake also enjoyed helping with various field campaigns. He helped collect balloon-borne storm electrification observations during an NSSL project, mobile radar data during the 2010 VORTEX2 and 2012 DC3 projects, and both mobile mesonet and balloon-borne observations during the 2015 PECAN project. Outside of work, he enjoys hiking and other outdoor activities as well as music and movies.