Dr. Laércio M. NamikawaEymar S.S. Lopes
A Natural Disaster Monitoring and
Warning System
SISMADEN
ABCC Program Workshop – Ottawa, September 2010
Natural Disasters in BrazilPrincipais Desastres Naturais no Brasil 2000-2007
14%
3%
6%
58%
11%8%
Seca Epidemia Temperatura Extrema
Inundação Deslizamento Vendavais
Source (adpated): Vulnerabilidade Ambiental / Rozely Ferreira dos Santos, organizadora. – Brasilia: MMA, 2007. 192 p. : il. color. ; 29 cm.
Principais Desastres Naturais no Brasil 2000-2007
14%
3%
6%
58%
11%8%
Seca Epidemia Temperatura Extrema
Inundação Deslizamento Vendavais
DroughtsFloods
EpidemicLandslides
Extreme temperatureHigh winds
Pernambuco and Alagoas
Pernambuco and Alagoas
June/2010
57 deaths
95 municipalities
Niterói, Rio de Janeiro
http://noticias.uol.com.br/album/1
00406rio_album.jhtm
Niterói, RJ – April/2010
Niterói, Rio de Janeiro
Morro da
Carioca -
Angra dos
Reis
Jan/01/2010
Ilha Grande
Angra dos Reis
http://noticias.uol.com.br/ultnot/agencia/2010/01/04/ult4469u51182.jhtm
CBERS Feb/21/2010
Fusion CBERS CCD-HRC
Damage Assessment
Comparison
Jul/16/2008 Feb/21/2010
GOES Enhanced Image
www.cptec.inpe.br
Center for Weather Forecast
and Climate Studies - CPTEC
Observations by SatelliteTRMM – Estimated Rain
Forecast 24h Total Precipitation
Run Dec/31/2010 12:00 GMT
for 01/Jan/2010 - Eta-20 km
Observation
Data Collect Platform
Weather
Radar
0
20
40
60
80
100
120
140
160
180
200
12
/27
/20
09
00
:00
:00
12
/27
/20
09
08
:00
:00
12
/27
/20
09
16
:00
:00
12
/28
/20
09
00
:00
:00
12
/28
/20
09
08
:00
:00
12
/28
/20
09
16
:00
:00
12
/29
/20
09
00
:00
:00
12
/29
/20
09
08
:00
:00
12
/29
/20
09
16
:00
:00
12
/30
/20
09
00
:00
:00
12
/30
/20
09
08
:00
:00
12
/30
/20
09
16
:00
:00
12
/31
/20
09
00
:00
:00
12
/31
/20
09
08
:00
:00
12
/31
/20
09
16
:00
:00
01
/01
/20
10
00
:00
:00
01
/01
/20
10
08
:00
:00
01
/01
/20
10
16
:00
:00
01
/02
/20
10
00
:00
:00
01
/02
/20
10
08
:00
:00
01
/02
/20
10
16
:00
:00
01
/03
/20
10
00
:00
:00
Chuva Horária
Chuva Acum.24h
100 mm total in 24h
31/12/2009 – 9:00
140 mm total in 24h
31/12/2009 – 16:00
173 mm total in 24h
01/01/2009 – 8:00
Rain Gauge at Angra dos ReisSource: Eletronuclear
Hourly
Total in 24h
Research and Development in
Geoinformatics1974: I-100
1986: SITIM and SGI
1991: SPRING 1.0
1996: SPRING 3.0
2010: SPRING 5.1.6
2002: TerraLib 1.0
2007: TerraLib 3.0
2010: TerraLib 3.5
Technological Support
Geographical database and manipulation by
TerraLib: www.terralib.org
Spatial Analysis
AdditionalInformation
Natural DisasterRisks
Alerts
Hydrology and Meteorology
Observations and Forecasts
Extreme Event
Risk Areas
Automatically Generated Alerts
U
s
e
r
s
Actions
Natural Disaster Monitoring and Alert
SystemOpen Source Computational System based on
service oriented architecture
Provides technological infrastructure to develop
operational systems to manage alerts of
environmental risks
Services:
Data gathering and formatting
Analysis by comparison with risk layers or by executing
models
Risk model edition for alerts
Alert handling and management
Natural Disasters Monitoring and Alert
System
• Who are the users?
– System Operators
• Organization that monitor the possibility of disaster
events
• Operate on Administration and Configuration
interfaces
• Insert static data using TerraView
Natural Disasters Monitoring and Alert
System
• Who are the users?
– Alert Clients
• Representatives with authority to execute prevention
and mitigation actions in disaster events
• Receive alerts in http, e-mail, sms
WEB Sitehttp://www.dpi.inpe.br/sismaden/english
Download
Spatial Analysis
AdditionalInformation
Natural DisasterRisks
Alerts
Hydrology and Meteorology
Observations and Forecasts
Extreme Event
Risk Areas
Ilha Grande
January/2010
U
s
e
r
s
Actions
Hydro-
estimator
Municipalities
Forecast20x20Km Grid
Precipitation 24h
Configure Climate Data
Hydro-
estimator
on GOES
Image
Every 15
minutes
Configure Risk Map
Simple Risk Map
Municipalities
Inserted using
TerraView
Polygons
Risk Levels
Configure Risk Analysis
local var1 = media_eta('eta20', 24)
if var1 == nil or var1 < 10 then
return 0 – Normal
elseif var1 < 20 then
return 1 – Observation
elseif var1 < 30 then
return 2 – Attention
elseif var1 < 50 then
return 3 – Alert
else
return 4 – Maximum Alert
end
Alert Sent by Email• Dear User,
There was a change in the Alert Level of one or more regions of the risk map,
from one of the analysis you are linked to. See below a complete report of
changes:
Analysis Name: Analise_Municipios_Hidroestimador
Risk Areas
• ID Name Previous Alert Level Current Alert Level
• 01 Angra dos Reis 2 3
• 02 Ilha Grande 2 3
• 03 Parati 1 2
IMAGE attached to the report –
31/12/2009 – 14:00 h
Warnings31/12/2009 – from 10:00 to 14:00
Improving Risk Maps
Terrain Morphology
Terrain Gradient
Land Use Classification
Land Use Classification
Detailed Risk Map
Polygon: Slope Units
Where: There is Urban Use and
Convex or Plane morphology and
Gradient greater than 30 percent
Future Developments
Inclusion of Dynamic Models - TerraME and
TerraHidro (TerraLib family)
Call to external models (FORTRAN
programs, TITAN2D, Hydrologic models
Operators for cumulative rain from
observations – hydroestimator, radar
Data validation - radar, PCD
Alert model validation
Conclusions
Processes extremes captured by risk
analyses
Includes vulnerabilities
Easy programming for non-programmers of
input processing and risk analysis