Tropical Cyclogenesis and Ecoinformatics Methods - New Ecoinformatics Tools in Environmental Science: Applications and Decision-making - page 604

Table 7.7 Regional special meteorological warning centers for tropical cyclones
Region Zone for control by the center Name and af liation of the centre

I - II Atlantic Ocean and western aqua-

tories of Paci c Ocean

Regional Specialized Meteorological
Center in Miami (RSMC)

III Central aquatories of Paci c Ocean Hurricane Center in Honolulu (RSMC)

IV North-Western aquatories of Paci-

c Ocean

Japanese Meteorological Agency (RSMC,
Tokio)

V North of Indian Ocean Indian Meteorological Department

(RSMC, New Deli)

VI South-West of Indian Ocean Meteorological Agency of France (RSMC,

La R é union)

VII XI South-West of Pacific Ocean and

South-East of Indian Ocean

VII Australian Meteorological Bureau

(TCWC, Perth)
VIII

—

-

Indonesian Meteorological Agency
(TCWC, Jakarta)
IX — Australian Meteorological Bureau
(TCWC, Darvin)
X

—

Meteorological Service of Papua New
Guinea (TCWC, Port Moresby)
XI

—

Australian Meteorological Bureau
(TCWC, Brisbane)

—

XII XIII Southern aquatories of Pacific

Ocean

XII Meteorological Service of Fiji

(RSMC, Nadi)
XIII — Meteorological Service of New
Zealand (TCWC, Wellington)

—

-

(1) Control of the environmental elements and collection of their data at the state
of interest in the regime allowed by the applied technical means.

(2) cation of the candidate (suspicious) environmental elements and the

value of their indicator R Ω (t) corresponding to the interval of a given type of
natural anomaly.
(3) Development of the dynamic series {I Ω (t)} for a suspicious element to make a
statistical decision on its noise and signal character. In the latter case, we
check the suspicious element by criteria of the next

Identi

level of accuracy

(including the vector {xi} i } into the cluster, etc.).
(4) Making the

final decision about the approach of the moment of the origin of
change in the OAS state and delivering of the information to the responsible
services for the environmental control.

ciency of the above discussed monitoring system depends on the
parameters of the measuring means and the algorithms of the observational data
processing. The model of the environment used herewith in parallel with the for-
mation and statistical analysis of the series R Ω (t) and adapted to the monitoring
regime in correspondence with the scheme in Fig. 7.13 plays an important role.

The ef