A new SSM/I algorithm is described that is based on near real-time data fusion with portions of operational ice charts derived from RADARSAT, OLS or AVHRR data. The aim of this is to enable parts of the ice chart where there is no cloud-free imagery or SAR data to be completed using an SSM/I algorithm that is tuned to the region and time associated with the ice chart. The algorithm is a linear combination of partial concentrations from the NASA Team and Bootstrap algorithms together with lower variance principal components of SSM/I data. The algorithm is designed for near real time use in production of operational ice charts
Abstract. The recently developed Bristol passive-microwave-satellite algorithm for deriving sea-ice ...
This document addresses the task of developing and executing a plan for validating the algorithm use...
Sea ice concentration has been retrieved in polar regions with satellite microwave radiometers for o...
A new SSM/I algorithm is described that is based on near real-time data fusion with portions of oper...
Existing SSM/I algorithms are imperfect at mapping total and partial ice concentrations. This paper ...
The United States National Ice Center (NIC) provides weekly ice analyses of the Arctic and Antarctic...
The history of the program is described along with the SSM/I sensor, including its calibration and g...
An operation implementation of a passive microwave sea ice concentration algorithm to support NOAA's...
The multi-year sea ice (MY) concentration as determined with the NASA Team algorithm (NTA) shows an ...
New sea ice classifying algorithm based on the 85-GHz channel of DMSP SSM/I is developed for the Sea...
An enhancement of the NASA Team sea ice concentration algorithm overcomes the problem of a low ice c...
The approach to the DMSP SSMI (Defense Meteorological Satellite Program; Special Sensor Microwave Im...
Sea ice concentrations, derived from passive microwave satellite sensor measurements, provide today ...
The recently developed Bristol passive-microwave-satellite algorithm for deriving sea-ice concentrat...
An intercalibration between F13 Special Sensor Microwave Imager (SSMI) and F17 Special Sensor Microw...
Abstract. The recently developed Bristol passive-microwave-satellite algorithm for deriving sea-ice ...
This document addresses the task of developing and executing a plan for validating the algorithm use...
Sea ice concentration has been retrieved in polar regions with satellite microwave radiometers for o...
A new SSM/I algorithm is described that is based on near real-time data fusion with portions of oper...
Existing SSM/I algorithms are imperfect at mapping total and partial ice concentrations. This paper ...
The United States National Ice Center (NIC) provides weekly ice analyses of the Arctic and Antarctic...
The history of the program is described along with the SSM/I sensor, including its calibration and g...
An operation implementation of a passive microwave sea ice concentration algorithm to support NOAA's...
The multi-year sea ice (MY) concentration as determined with the NASA Team algorithm (NTA) shows an ...
New sea ice classifying algorithm based on the 85-GHz channel of DMSP SSM/I is developed for the Sea...
An enhancement of the NASA Team sea ice concentration algorithm overcomes the problem of a low ice c...
The approach to the DMSP SSMI (Defense Meteorological Satellite Program; Special Sensor Microwave Im...
Sea ice concentrations, derived from passive microwave satellite sensor measurements, provide today ...
The recently developed Bristol passive-microwave-satellite algorithm for deriving sea-ice concentrat...
An intercalibration between F13 Special Sensor Microwave Imager (SSMI) and F17 Special Sensor Microw...
Abstract. The recently developed Bristol passive-microwave-satellite algorithm for deriving sea-ice ...
This document addresses the task of developing and executing a plan for validating the algorithm use...
Sea ice concentration has been retrieved in polar regions with satellite microwave radiometers for o...