Tasks performed to determine the value of using GOES satellite thermal imagery to enhance fruit crop production in Michigan are described. An overview is presented of the system developed for image processing and thermal image and surface environmental data bases prepared to assess the physical models developed in Florida. These data bases were used to identify correlations between satellite apparent temperatures patterns and Earth surface factors. Significant freeze events in 1981 and the physical models used to provide a perspective on how Florida models can be applied in the context of the Michigan environment are discussed
Emissive (10.5 to 12.5 microns) and reflective (0.55 to 1.1 microns) data for ten day scenes and inf...
Provisions for back-up operations for the satellite freeze forecast system are discussed including s...
Development activities underway to improve LANDSAT sensors and observing systems are reported. Data ...
Thermal infrared data taken from the GOES satellite over a period of several hours was color enhance...
The history and status of University of Michigan and University of Pennsylvania involvement in deter...
This system used data from the Geostationary Operational Environmental Satellite (GOES) to derive an...
Since the first of two minicomputers that are the main components of the satellite frost forecast sy...
A mathematical model based on a numerical solution to the earth-air interface energy flux density eq...
The author has identified the following significant results. Despite almost uniform surface temperat...
An hourly, digital data base from the Visible/Infrared Spin-Scan Radiometer (VISSR) instrument on th...
The impacts of an April 2007 spring freeze event on the productivity of deciduous broadleaf forest w...
The relation of aereal extent of snow cover to the average monthly runoff in a given watershed was i...
Pairs of HCMM day-night thermal infrared (IR) data were selected to examine patterns of surface temp...
This slide presentation reviews the forecast of the lake effect snow in the Great Lakes region using...
The HCMM transparency scenes for the available winter of 1978-1979 were evaluated; scenes were ident...
Emissive (10.5 to 12.5 microns) and reflective (0.55 to 1.1 microns) data for ten day scenes and inf...
Provisions for back-up operations for the satellite freeze forecast system are discussed including s...
Development activities underway to improve LANDSAT sensors and observing systems are reported. Data ...
Thermal infrared data taken from the GOES satellite over a period of several hours was color enhance...
The history and status of University of Michigan and University of Pennsylvania involvement in deter...
This system used data from the Geostationary Operational Environmental Satellite (GOES) to derive an...
Since the first of two minicomputers that are the main components of the satellite frost forecast sy...
A mathematical model based on a numerical solution to the earth-air interface energy flux density eq...
The author has identified the following significant results. Despite almost uniform surface temperat...
An hourly, digital data base from the Visible/Infrared Spin-Scan Radiometer (VISSR) instrument on th...
The impacts of an April 2007 spring freeze event on the productivity of deciduous broadleaf forest w...
The relation of aereal extent of snow cover to the average monthly runoff in a given watershed was i...
Pairs of HCMM day-night thermal infrared (IR) data were selected to examine patterns of surface temp...
This slide presentation reviews the forecast of the lake effect snow in the Great Lakes region using...
The HCMM transparency scenes for the available winter of 1978-1979 were evaluated; scenes were ident...
Emissive (10.5 to 12.5 microns) and reflective (0.55 to 1.1 microns) data for ten day scenes and inf...
Provisions for back-up operations for the satellite freeze forecast system are discussed including s...
Development activities underway to improve LANDSAT sensors and observing systems are reported. Data ...