The U.S. National Coastal Mapping Strategy 1.0 Ashley Chappell, - - PowerPoint PPT Presentation

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The U.S. National Coastal Mapping Strategy 1.0 Ashley Chappell, - - PowerPoint PPT Presentation

The U.S. National Coastal Mapping Strategy 1.0 Ashley Chappell, NOAA Canadian Hydrographic Conference May 17, 2016 1 The Interagency Working Group on Ocean and Coastal Mapping (IWG-OCM) Co-chaired by NOAA, USGS, WHO: NOAA and


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The U.S. National Coastal Mapping Strategy 1.0

Ashley Chappell, NOAA

Canadian Hydrographic Conference

May 17, 2016

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The Interagency Working Group

  • n Ocean and Coastal Mapping (IWG-OCM)
  • Co-chaired by NOAA, USGS,

and USACE

  • Charged with facilitating “the

coordination of ocean and coastal mapping activities and avoid[ing] duplicating mapping activities…”

  • Ocean and Coastal Mapping

Integration Act of 2009: develop an “Ocean and Coastal Mapping Plan”

  • National Ocean Policy:

develop a topobathy lidar plan, National Coastal Mapping Plan WHO:

  • NOAA
  • USGS
  • USACE
  • NAVO
  • BOEM
  • NSF
  • NGA
  • USCG
  • EPA
  • FEMA
  • NASA
  • and other appropriate

Federal agencies involved in ocean and coastal mapping.

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National Coastal Mapping Strategy 1.0

Coastal Lidar Elevation for a 3D Nation

  • GOAL:

– To survey/map the Nation’s coasts/nearshore areas for multipurpose use – Repeat

  • Requires:

– Coordination – Broad Range of Partners – A Plan

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National Coastal Mapping Strategy 1.0

Coastal Lidar Elevation for a 3D Nation

  • Focus initially
  • n coastal

bathy-topo Lidar

  • Version 2.0:

– Offshore/OCS – Acoustic – Aerial photography, HSS

USGS analysis of 2012 NEEA Study ROI of lidar data, based on multiple-use requirements /uses Shallow water bathymetry Shoreline delineation Topobathy DEM’s Regional sediment management Land/water interface mapping Habitat mapping Bottom type detection Coastal erosion monitoring Navigation/Charting Uses of Bathy Topo Lidar Data: Coastal vulnerability assessments Infrastructure assessment Tsunami inundation modeling Emergency response Scientific research on processes of coastal change Coral reef ecology Coral reef genesis Ecosystem connectivity

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National Coastal Mapping Strategy 1.0

Coastal Lidar Elevation for a 3D Nation

Four Components:

  • Annual/Regional Coastal Mapping Summits for coordination
  • Common standards;
  • Whole life cycle approach to data;
  • R&D on new tools/techniques for data collection and use.
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National Mapping Coordination

  • Great visualization tool for understanding requirements, plans
  • NOAA/USGS/USACE and partners worked to maximize Sandy

topobathy lidar data collects

  • Eg. USACE worked with USGS and WA stakeholders to discuss overlap

requirements, modify plans for best outcome

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National Coastal Mapping Strategy 1.0

Component 2: Common Standards

Bathy Lidar Quality Level Source Vertical accuracy coefficients a,b as in sqrt(a^2+(b*d)^2)) Nominal Pulse Spacing (m) Point Density (pt/m2) Example Applications QL0B Bathymetric Lidar 0.25, 0.0075 ≤0.7 ≥2.0

Detailed site surveys requiring the highest accuracy and highest resolution seafloor definition; dredging and inshore engineering surveys; high- resolution surveys of ports and harbors

QL1B Bathymetric Lidar 0.25, 0.0075 ≤2.0 ≥0.25 QL2B Bathymetric Lidar 0.30, 0.0130 ≤0.7 ≥2.0

Charting surveys; regional sediment management General bathymetric mapping; coastal science and management applications Change analysis; deepwater surveys, environmental analysis

QL3B Bathymetric Lidar 0.30, 0.0130 ≤20 ≥0.25 QL4B Bathymetric Lidar 0.50, 0.0130 ≤5.0 ≥0.04

Recon/planning; all general applications not requiring higher resolution and accuracy

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National Coastal Mapping Strategy 1.0

Component 3: Common data management procedures

Data collection Validation Data processing Stewardship Dissemination Long-term, proper and secure archiving "Whole Life Cycle" Data Approach

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National Coastal Mapping Strategy 1.0

Component 4: Consensus on targeted research and development

  • Topographic /bathymetric lidar and other coastal mapping

technologies are rapidly evolving

  • Federal coastal mapping R&D programs critical
  • Smart to leverage one another’s capabilities and stretch limited

research dollars

  • Mutual interest areas include:
  • New sensor technologies (to improve quality and timeliness of

data collection)

  • Algorithms (to process raw data and create usable data and

products)

  • New uses for data (e.g., coastal management and science

questions)

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Questions? Contact: ashley.chappell@noaa.gov jennifer.m.wozencraft@usace.army.mil jbrock@usgs.gov

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Want to read it? Visit http://iocm.noaa.gov/iwg/