ARLA/CLUSTER: Radioamadores em Alerta para a epoca de furacões no Atlantico; Matthew deixou 900 mortos no Haiti

João Costa > CT1FBF ct1fbf gmail.com
Quinta-Feira, 13 de Outubro de 2016 - 13:14:33 WEST


Amateur Radio support for Atlantic hurricane

Hurricane Matthew began as a tropical storm near the Windward Islands,
 but intensified several days later to be a Category 4 Hurricane,
unleashing its fury and resulting in hundreds of deaths and widespread
 damage.

It was the first major event in the Atlantic hurricane season with the
 superstorm causing many deaths, mostly in Haiti, before reaching the
south-eastern United States, and causing flooding in Atlantic Canada.

Cesar Pio Santos HR2P, the Emergency Communications Coordinator for
the International Radio Union Region 2 presented on the hurricane at
the pre-arranged conference in Chile, which was attended by those from
 Amateur Radio who are involved disaster response and training.

He told the gathering that when Matthew was still a Tropical Storm,
the  Caribbean Emergency and Weather Net (CEWN), formed in several
Caribbean islands, activated to receive reports about floods,
landslides and tidal waves.

During Hurricane Matthew, the Radio Club Dominicano (RDC) was
monitoring its course and provided more than 40 radio amateurs in the
Emergency Operations Centres.

The Federación de Radioaficionados de Cuba (FRC) swung into full
action  when the Cuban Meteorological Service determined that the
hurricane  would cross several eastern provinces of Cuba.

FRC set up 505 radio amateurs in six provinces that would be affected
by the hurricane with radio stations in safe locations to operate on
2m,  40m and 80m bands.

American Radio Relay League (ARRL) began monitoring Hurricane Matthew
on September 28, and liaised with radio amateurs in Puerto Rico,
Dominican Republic, Haiti and Cuba as the storm moved through the
Caribbean.

Cesar HR2P says the first impact on the United States was on October 6
in Southern Florida. Over several days the storm moved along the
eastern coast of Florida, Georgia, South Carolina and North Carolina
before turning east and heading out to sea.

Hurricane Matthew resulted in 900 deaths in Haiti, a count expected to
to increase as communications and cut-off areas are reached. Villages
and towns were seriously damaged or destroyed, and agricultural crops
lost. Haiti had not seen a Hurricane of that magnitude since 1964, and
is still recovering from the deadly earthquake in 2010.

In the USA the ARRL Amateur Radio Emergency Service (ARES) groups were
on standby days ahead of Matthew's landfall.

ARES staffed Emergency Operations Centres, the National Hurricane
Centre, evacuation shelters, and National Weather Service forecast
offices.

Additionally several nets were activated to assist with weather
reports  and emergency traffic; the Salvation Army Team Emergency
Network or  SATERN was on 14.265 MHz handling emergency, or health and
welfare  traffic from hurricane-affected areas, and weather reports
were received  by the Hurricane Watch Net, VoIP Hurricane Net, and
WX4NHC.

The ARRL activated its station W1AW to assist these nets as well as
maintain contact with federal government stations through the Shared
Resources (SHARES) network that coordinates disaster response.

Some 1.2 million US residents were without power, and thousands
evacuated to shelters, where ham radio volunteers supported
communication.

Generally there was no communications emergency in the United States,
although at least 17 people were killed. Amateur Radio traffic was
primarily weather reports being relayed to the National Hurricane
Centre. The ARRL was expected to make a full report next month.

(Sources: Cesar Pio Santos HR2P EMCOR IARU R2; Mike Corey, KI1U,
Emergency Coordinator Area ́'B' IARU R2; Jeff Austin 9Y4J, Emergency
Coordinator Area 'C' IARU R2, Rafael Martinez HI8ROX Emergency
Coordinator, Radio Club Dominicano; Federacion de Radioaficionados de
Cuba; Boyd Snow VO1CBS ARES Manager Newfoundland and Labrador Section)

Jim Linton VK3PC
IARU Region 3 Chairman,
Disaster Communications Committee



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