GIS and Remote Sensing applications for the coastal environment ...
ESRI User Conference 15-17 October 2012, Oslo, Norway
“GIS and Remote Sensing applications for the coastal environment quality monitoring and support of the Romanian ICZM process implementation”
Razvan Mateescu, Alina Spinu N.I.M.R.D. “Grigore Antipa”, Blvd. Mamaia, no.300, Constanta, code 900581, ROMANIA,
Overview 1. Introduction - General data 2. Main threats on Romanian CZ 3. Research activities for WQ & Erosion control 4. ICZM & MSP activities 5. Support activities for ICZM implementations 6. Conclusions 7. Photo gallery
Abstract • The modern remote sensing tools used in the coastal resource management will become one of the best alternatives to address the coastal vulnerability issues. • Approaches encompassed in the present work will present the recent development of an increased understanding over the coastal process on synoptic scale afferent Romanian shore, and will give the possibility of an advised selection of different solutions for protection and conservation of the area. • The work presents the certain spatial analysis approaches and results, developed in ArcGIS, based on RS and in situ data, towards an erosion control on the Romanian littoral, presently under intense changes at the sea-land interface, and it will be emphasized the result of the implementation of GIS and Remote sensing methods to some specific coastal management actions, including the implementation of the coastal zone delineation criteria in relation with the coastal geomorphologic processes and its driving forces. Index Terms: coastal zone sustainability, water quality, erosion processes, vulnerable areas, ICZM
BLACK SEA BASIN •
- Total area: 4.2 x 105 km2
•
- Total water volume:
•
- Maximum depth: 2,212 m
•
- Drainage basin: > 2 million km2
•
- Shoreline length:
•
- Population:
•
- Riparian countries: 6 (Bulgaria, Georgia, Romania, Russian Federation, Turkey, Ukraine)
547,015 km3
> 4,100 km
> 160 million people
NW BLACK SEA BASIN ¡ Romanian Shelf Waters (+325m;
DYNAMIC STABILITY= 6%
AP-strong accretion
+226÷+325;
ACCRETION = 22%
AM-medium accretion
+126÷+225;
AS- low accretion
+26÷+125;
Nord Sf Gheorghe
EROSION = 78% Sf. Gheorghe
SR-dynamic stability
EFP 11%
+25÷-25;
Ciotica
AM
A F P AP 4% 2%
Zatonul Mic
AS 8%
9%
SR 6%
Zatonul Mare
-26÷-125;
EM-medium erosion EP-strong erosion EFP-very strong erosion
-126÷-225 -226÷-325; +35m;
AP-strong accretion
+35÷+25.1;
AM-medium accretion
+25÷+15.1;
AS-low accretion
+15÷+5.1;
EROSION = 42%
Nord Periboina Periboina
DYNAMIC STABILITY = 18% ACRETIUNE = 40%
Edighiol EFP
+5÷-5;
AFP AP
EP
SR-dynamic stability
ACCRETION
Sud Gura Portitei Far Portita
10%
3% 7%
10%
Gr Chituc
AM 7%
EM 7%
ES-low erosion
-5.1÷-15;
EM-medium erosion EP-strong erosion EFP-very strong erosion
-15.1÷-25 -25.1÷-35;
“GIS and Remote Sensing applications for the coastal environment quality monitoring and support of the Romanian ICZM process implementation”
Razvan Mateescu, Alina Spinu N.I.M.R.D. “Grigore Antipa”, Blvd. Mamaia, no.300, Constanta, code 900581, ROMANIA,
Overview 1. Introduction - General data 2. Main threats on Romanian CZ 3. Research activities for WQ & Erosion control 4. ICZM & MSP activities 5. Support activities for ICZM implementations 6. Conclusions 7. Photo gallery
Abstract • The modern remote sensing tools used in the coastal resource management will become one of the best alternatives to address the coastal vulnerability issues. • Approaches encompassed in the present work will present the recent development of an increased understanding over the coastal process on synoptic scale afferent Romanian shore, and will give the possibility of an advised selection of different solutions for protection and conservation of the area. • The work presents the certain spatial analysis approaches and results, developed in ArcGIS, based on RS and in situ data, towards an erosion control on the Romanian littoral, presently under intense changes at the sea-land interface, and it will be emphasized the result of the implementation of GIS and Remote sensing methods to some specific coastal management actions, including the implementation of the coastal zone delineation criteria in relation with the coastal geomorphologic processes and its driving forces. Index Terms: coastal zone sustainability, water quality, erosion processes, vulnerable areas, ICZM
BLACK SEA BASIN •
- Total area: 4.2 x 105 km2
•
- Total water volume:
•
- Maximum depth: 2,212 m
•
- Drainage basin: > 2 million km2
•
- Shoreline length:
•
- Population:
•
- Riparian countries: 6 (Bulgaria, Georgia, Romania, Russian Federation, Turkey, Ukraine)
547,015 km3
> 4,100 km
> 160 million people
NW BLACK SEA BASIN ¡ Romanian Shelf Waters (+325m;
DYNAMIC STABILITY= 6%
AP-strong accretion
+226÷+325;
ACCRETION = 22%
AM-medium accretion
+126÷+225;
AS- low accretion
+26÷+125;
Nord Sf Gheorghe
EROSION = 78% Sf. Gheorghe
SR-dynamic stability
EFP 11%
+25÷-25;
Ciotica
AM
A F P AP 4% 2%
Zatonul Mic
AS 8%
9%
SR 6%
Zatonul Mare
-26÷-125;
EM-medium erosion EP-strong erosion EFP-very strong erosion
-126÷-225 -226÷-325; +35m;
AP-strong accretion
+35÷+25.1;
AM-medium accretion
+25÷+15.1;
AS-low accretion
+15÷+5.1;
EROSION = 42%
Nord Periboina Periboina
DYNAMIC STABILITY = 18% ACRETIUNE = 40%
Edighiol EFP
+5÷-5;
AFP AP
EP
SR-dynamic stability
ACCRETION
Sud Gura Portitei Far Portita
10%
3% 7%
10%
Gr Chituc
AM 7%
EM 7%
ES-low erosion
-5.1÷-15;
EM-medium erosion EP-strong erosion EFP-very strong erosion
-15.1÷-25 -25.1÷-35;
