A n t h r o p o g e n i c P r e s s u r e o n C o a s t a l z o n e s

Transcription

1 A n t h r o p o g e n i c P r e s s u r e o n C o a s t a l z o n e s Copernicus for Coastal Zone Management Copernicus EU Copernicus EU Copernicus EU

2 I n t r o d u c t i o n o f p r o b l e m User Uptake Almost half of European population lives on coastal areas

3 I n t r o d u c t i o n o f p r o b l e m User Uptake High impact on the natural evolution of coastline Natural erosion of coastline become a problem Impact on houses, economic activities and infrastractures

4 M o n i t o r i n g t h e c h a n g e s User Uptake In order to understand the threats on coastal areas is important to monitor the evolution of urbanization in those areas Use case 1: The Italian Imperviousness layer at 5/10 m spatial resolution for monitoring changes in sensible zones Use case 2: Coastal anthropogenic pressure indicator for urban planner and coastal manager

5 User Uptake USE CASE 1

6 I t a l i a n d o w n s t r e a m a t 5 / 1 0 m User Uptake A very high resolution Imperviousness layer was product for Italy (2012, 2015) Spatial resolution of 5 m for 2012 and 10 m for 2015 (Sentinel-2 data used) Product for Italian National Institute for Environmental Protection and Research

7 T h e I t a l i a n 5 m r e s o l u t i o n i m p e r v i o u s n e s s l a y e r User Uptake With respect to the European scale (20 m), the better spatial resolution data allowed the classification of minor sealed soil elements (including small road and railway network) Rome

8 C o m p a r i s o n H R L a n d 5 m l a y e r User Uptake EEA imperviousness layer 5 m imperviousness layer (the specifications are similar but not the same)

9 A n a l y s i s o f c h a n g e s User Uptake The changes on sensible coastal areas (300 m from coastline in Italy) New impervious areas in sensible zone

10 Built-up map m spatial resolution Copernicus Basemap Zoom Impervious areas Cloud areas

11 Built-up map m spatial resolution Copernicus Basemap Zoom Impervious areas Cloud areas

12 Built-up map m spatial resolution Copernicus Sicily map Coastal buffer (300 m) Resampled 10 m Impervious areas Cloud areas

13 Built-up map m spatial resolution Copernicus Sicily map Coastal buffer (300 m) Resampled 10 m Impervious areas Cloud areas

14 Built-up map m spatial resolution Copernicus Sicily map Coastal buffer (300 m) Built-up map 2015 Impervious areas Cloud areas

15 Built-up map m spatial resolution Copernicus Sicily map Coastal buffer (300 m) Built-up map 2015 Impervious areas Cloud areas

16 Built-up map m spatial resolution Copernicus Sicily map Coastal buffer (300 m) Built-up map 2012 Change map Impervious areas Cloud areas

17 Built-up map m spatial resolution Copernicus Sicily map Coastal buffer (300 m) Built-up map 2012 Change map Impervious areas Cloud areas

18 Change map m spatial resolution Copernicus Sicily map Built-up map 2012 Built-up map 2015 Sentinel-2 image New impervious areas Unchanged impervious areas

19 Sentinel 2-10 m spatial resolution Copernicus Sicily map Built-up map 2012 Built-up map 2015 Sentinel 2 + maps Basemap + maps Change image Quit

20 Sentinel 2-10 m spatial resolution Copernicus Sicily map Built-up map 2012 Built-up map 2015 Sentinel 2 Basemap + maps Change image 2012 impervious areas 2016 impervious areas Quit

21 Copernicus Sicily map Built-up map 2012 Built-up map 2015 Sentinel 2 Sentinel 2 + maps Change image 2012 impervious areas 2016 impervious areas Quit

22 User Uptake USE CASE 2

23 I n t r o d u c t i o n o f p r o b l e m User Uptake Homogeneous time series of thirty part input data allow a consistent estimation of the human impact through the years for an independent evaluation of them

24 I n t r o d u c t i o n o f u s e c a s e User Uptake Aim of indicator To quantify the urbanization on coastal areas It provides a measurement of the impact of the urbanization on coastal areas It provides information useful for urban planner and coastal manager

25 D e s c r i p t i o n User Uptake 3 buffer areas are defined from coastline 300 m 1 km 10 km

26 D e s c r i p t i o n User Uptake To compute the amount of impervious areas in these buffer zones for the entire region and for the administrative units (provinces)

27 I n p u t D a t a User Uptake HLR Imperviousness Time series Shapefile of administrative units HLR Imperviousness degree HLR Imperviousness degree HLR Imperviousness degree

28 T o o l u s e d User Uptake Any good GIS Software

29 D e m o n s t r a t i o n User Uptake Interactive ppt

30 HRL Imperviousness m spatial resolution Copernicus HRL Imperv HRL Imperv Zoom Step 1 - Recode

31 HRL Imperviousness m spatial resolution Copernicus HRL Imperv HRL Imperv Zoom Step 1 - Recode

32 HRL Imperviousness m spatial resolution Copernicus HRL Imperv HRL Imperv Zoom Step 1 - Recode

33 Copernicus HRL Imperv HRL Imperv Sicilian Map 2006 Step 1 - Recode HRL Imperviousness 2006

34 Copernicus HRL Imperv HRL Imperv Sicilian Map 2006 Step 1 - Recode HRL Imperviousness 2009

35 Copernicus HRL Imperv HRL Imperv Sicilian Map 2006 Step 1 - Recode HRL Imperviousness 2012

36 STEP 1 Recode HRL Imperviousness to have Built-up map Copernicus HRL Imperv HRL Imperv Zoom

37 HRL Imperviousness m spatial resolution Copernicus HRL Imperv HRL Imperv Zoom

38 Built-up map 2006 Copernicus Built-up map 2009 Built-up map 2012 Step 2

39 Built-up map 2009 Copernicus Built-up map 2006 Built-up map 2012 Step 2

40 Built-up map 2012 Copernicus Built-up map 2006 Built-up map 2009 Step 2

41 Shapefile region Copernicus Create buffer zones

42 Copernicus

43 Copernicus Erase buffer

44 Copernicus

45 Copernicus 1 km buffer 10 km buffer All buffers Step m buffer area

46 Copernicus 300 m buffer 10 km buffer All buffers Step 3 1 km buffer area

47 Copernicus 300 m buffer 1 km buffer All buffers Step 3 10 km buffer area

48 Copernicus 300 m buffer 1 km buffer 10 km buffer Step 3 All buffer areas

49 Copernicus Zonal statistics

50 Copernicus

51 2006 Copernicus Provincial analysis Legend 0 1 prov300 Sicily_x_visualization Percentage of impervious areas respect Regionthe total area of the buffer 0-10% 10,1-25% 25,1-35% 35,1-45% 45,1-50% 06_sicily_only_buffer10km 30% 25% 20% 15% 10% 5% 0% Regional percentage of built-up series by coastal buffers m 1 km 10 km

52 2009 Copernicus Provincial analysis Legend 0 1 prov300 Sicily_x_visualization Percentage of impervious areas respect Regionthe total area of the buffer 0-10% 10,1-25% 25,1-35% 35,1-45% 45,1-50% 06_sicily_only_buffer10km 30% 25% 20% 15% 10% 5% 0% Regional percentage of built-up series by coastal buffers m 1 km 10 km

53 2012 Copernicus Provincial analysis Legend 0 1 prov300 Sicily_x_visualization Percentage of impervious areas respect Regionthe total area of the buffer 0-10% 10,1-25% 25,1-35% 35,1-45% 45,1-50% 06_sicily_only_buffer10km 30% 25% 20% 15% 10% 5% 0% Regional percentage of built-up series by coastal buffers m 1 km 10 km

54 Sicilian provinces and built-up map 2006 Copernicus Create new buffers

55 Sicilian provinces and built-up map 2006 Copernicus

56 Copernicus Analysis results

57 2006 Copernicus Quit 10 km buffer km buffer Legend Built-up percentage by provinces and coastal buffer % 10-20% 20-30% 30-40% 40-50% m buffer

58 2009 Copernicus Quit 10 km buffer km buffer Legend Built-up percentage by provinces and coastal buffer % 10-20% 20-30% 30-40% 40-50% m buffer

59 2012 Copernicus Quit 10 km buffer km buffer Legend Built-up percentage by provinces and coastal buffer % 10-20% 20-30% 30-40% 40-50% m buffer

60 User Uptake Thank you