Add to ORKGTropical cyclones (TC) generally develop in the data-sparse oceanic regions. Therefore, the lack of observations has always been a major problem affecting the accuracy of TC forecasts. In 1982, th
[[abstract]]An objective tropical cyclone (TC) track analog verification technique has been develope...
Consensus tropical cyclone (TC) track forecast aids formed using TC track forecasts from regional an...
This study assesses the impact assimilating the scatterometer near-surface wind observations and tot...
Tropical cyclones (TC) generally develop in data-sparse oceanic regions. Few observations are availa...
Abstract 1 DOTSTAR, short for Dropwindsonde Observations for Typhoon Surveillance near the Taiwan Re...
Accurate forecasting of tropical cyclone track and intensity using numerical prediction models is a ...
For the first time, joint tropical cyclone (TC) surveillance missions by several aircraft were condu...
A unique data set of targeted dropsonde observations was collected during the THORPEX Pacific Asian ...
An Observing System Experiment (OSE) has been performed to investigate the eectiveness of dropwindso...
DOTSTAR (Dropwindsonde Observations for Typhoon Surveillance near the Taiwan Region) is an internati...
Issues on the initialization and simulation of tropical cyclones by integrating both the dropwindson...
The skill of tropical cyclone track forecasts has improved markedly over the past few decades (McAdi...
The tropical west Pacific Ocean and the Philippines are often affected by tropical cyclones (TCs), w...
The coarse-grid version of the tropical cyclone prediction model described by Ley and Elsberry (1976...
Tropical cyclone (TC) track forecasts derived from the forecasts of global numerical weather predict...
[[abstract]]An objective tropical cyclone (TC) track analog verification technique has been develope...
Consensus tropical cyclone (TC) track forecast aids formed using TC track forecasts from regional an...
This study assesses the impact assimilating the scatterometer near-surface wind observations and tot...
Tropical cyclones (TC) generally develop in data-sparse oceanic regions. Few observations are availa...
Abstract 1 DOTSTAR, short for Dropwindsonde Observations for Typhoon Surveillance near the Taiwan Re...
Accurate forecasting of tropical cyclone track and intensity using numerical prediction models is a ...
For the first time, joint tropical cyclone (TC) surveillance missions by several aircraft were condu...
A unique data set of targeted dropsonde observations was collected during the THORPEX Pacific Asian ...
An Observing System Experiment (OSE) has been performed to investigate the eectiveness of dropwindso...
DOTSTAR (Dropwindsonde Observations for Typhoon Surveillance near the Taiwan Region) is an internati...
Issues on the initialization and simulation of tropical cyclones by integrating both the dropwindson...
The skill of tropical cyclone track forecasts has improved markedly over the past few decades (McAdi...
The tropical west Pacific Ocean and the Philippines are often affected by tropical cyclones (TCs), w...
The coarse-grid version of the tropical cyclone prediction model described by Ley and Elsberry (1976...
Tropical cyclone (TC) track forecasts derived from the forecasts of global numerical weather predict...
[[abstract]]An objective tropical cyclone (TC) track analog verification technique has been develope...
Consensus tropical cyclone (TC) track forecast aids formed using TC track forecasts from regional an...
This study assesses the impact assimilating the scatterometer near-surface wind observations and tot...