The Inventory and Monitoring Program is a major component of the National Park Service’s strategy to improve park management through greater reliance on scientific information. The Pacific Island Network (PACN) is one of 32 National Park Service Inventory & Monitoring networks of national parks linked by geography and shared natural resource characteristics.
1. Pacific Islands Network Geospatial Services
Scott Kichman
GIS Specialist
PACN Inventory and Monitoring Program
Department of the Interior, National Park Service
2. Pacific Island Network
Inventory and Monitoring Program
The Inventory and Monitoring Program is a major component of the National Park
Service’s strategy to improve park management through greater reliance on
scientific information. The Pacific Island Network (PACN) is one of 32 National
Park Service Inventory & Monitoring networks of national parks linked by
geography and shared natural resource characteristics.
Spanning islands in American Samoa, Guam, the Northern Mariana archipelago,
and Hawaii, the Pacific Island Network encompasses an area as large as the
continental United States. The islands and near-shore marine areas within the
National Park System protect a wealth of the planet's aquatic, and terrestrial
biodiversity, unique geologic features, and historic and cultural sites. Isolated
from the continental land-masses, these federally protected areas share
similarities, including threats from invasive species, limited land area, and finite
resources inherent on islands.
4. Hawaii Parks
Ala Kahakai - ALKA
National Historic Trail, Hawaiʻi
Hawaiʻi Volcanoes National Park
HAVO, Hawaiʻi
Kaloko-Honokōhau - KAHO
National Historical Park, Hawaiʻi
Puʻuhonua o Hōnaunau - PUHO
National Historical Park, Hawaiʻi
Puʻukoholā Heiau - PUHE
National Historic Site, Hawaiʻi
Haleakalā National Park , Maui
HALE
Kalaupapa - KALA
National Historical Park, Molokaʻi
National Parks and Historical Parks and Sites in the PACN Network
Also in Hawaii (Oahu) -
World War II Valor in the Pacific
VALR
National Monument, but no current
monitoring here
South and Western Pacific Parks
National Park of American Samoa,
NPSA American Samoa
American Memorial Park - AMME
Saipan
War in the Pacific - WAPA
National Historical Park, Guam
5. Geospatial Services for PACN Network and Outreach to PACN Parks
• Inventory and Monitoring GIS Support
• Internet Mapping Services - ArcGIS Server
• Landscape Dynamics Monitoring Protocol
• GPS Support
• Maintenance of Geospatial Databases
I&M SDE and PACN SDE
• GIS Support Services for all PACN Parks
• GIS Support Services for Outside Agencies and Organizations,
• Partners and Contractors (e.g. RCUH, Guest Lectures at UHH)
• Climate Station Data Maintenance
6. Inventory and Monitoring
Inventories
Inventory
Links to Reports and/or
Data
Completion Status
Natural Resource
Bibliography
IRMA Portal - online NPS tool to find
and download documents &
reports, GIS maps, etc.
Complete
Species Lists NPSpecies Search Complete
Species Status and
Abundance
PACN Biological Inventory Reports
Page
Complete
Vegetation Inventory
PACN Biological Inventory Reports
Page
Partially complete / In
progress
Base Cartography GIS Data Store Search Complete
Geologic Resources NPS Geologic Inventory Reports
AMME in progress. All other
parks complete.
Soils Resources NPS Soil Survey Data Complete
Water Body Location and
Classification
USGS National Hydrography Dataset Complete
Baseline Water Quality
NPS Baseline Water Quality Data &
Analysis Reports
Complete
Air Quality NPS Air Resources Website Complete
Air Quality Related Values NPS Air Resources Website Complete
Climate
PACN Weather & Climate Inventory
Report
Complete
Monitoring
Vital Sign Protocol Status
Anchialine Pools Under Development
Benthic Marine Complete
Climate Complete
Early Detection of Invasive
Species
Under Development
Established Invasive Plant Species Complete
Fish Harvest Under Development
Focal Terrestrial Plant
Communities
Complete
Focal Terrestrial Plant Species Under Development
Groundwater Dynamics Complete
Landbirds Complete
Landscape Dynamics Under Development
Marine Fish Complete
Streams Complete
Water Quality Complete
7. Internet Mapping Services
Getting the Data and Maps to the Network
Using the Geocortex Essentials as a web software base, a framework of highly
functional web mapping components are created to publish Internet Mapping
Services. This IMS is NPS domain only at this time.*
• Map data comes directly from the I&M SDE geodatabase to GIS Map Services
• ArcGIS Server – Exposes GIS services to REST (Representational state
transfer) services
• Geocortex consumes REST and maps are built on the silverlight platform.
• Map Services are presented on a web launch page for the PACN Network
• Map Services outputs can be printed, emailed, linked and user modified
• Data can be downloaded and data can be added to the maps by users
* Map Services will be public FY15 on NPMap platform
15. Landscape Dynamics Monitoring Protocol
NPScape
NPScape is a landscape dynamics monitoring project that provides landscape-level
data, tools, and evaluations for natural resource management, planning, and
interpretation. The target audience for NPScape spans the range from GIS
specialists who will benefit from the geospatial products, to ecologists and natural
resource specialists who will be interested in the landscape metrics presented in a
local and regional context, to park superintendents and other land managers who
can incorporate the maps and graphics into reports or briefings.
Each network will process GIS data using Standard Operating Procedures.
These SOPS are actually GIS Spatial models scripted to give consistent outputs of
data products that can be part of the NPScape project.
Analysis and additional SOPS will be developed by network GIS Specialists for
specific network interests.
Areas of Interests are network designed.
16. AOIs
The Island of Hawaii
Park Boundaries and
10km buffers around those parks
17. Metrics, what data?
PACN will develop and process a suite of metrics that are considered integral to
understanding natural resource conservation in a landscape context. These
metrics fall into seven major measure categories (human population, housing,
roads, land cover, pattern, climate, and conservation status) that broadly
address the human drivers, natural systems, and conservation context of
national parks and other neighboring lands.
18. Updated TIGER/Line® Shapefiles *used for developing Roadless data
Hawaii Island Roadless Areas
0 - 10 km^2
10 - 50 km^2
50 - 100 km^2
> 100 km^2
*TIGER = Topologically Integrated
Geographic Encoding and Referencing
19.
20. GPS Data Collection in PACN Network
PACN Parks are all located on the Pacific Tectonic Plate
They are in 4 different UTM Zones:
Hawai’i Island UTM Zone 5N
All other Hawaiian Islands UTM Zone 4N
American Samoa UTM Zone 2S
Guam and Saipan UTM Zone 55N
Guam and Saipan are UTC + 10
Hawaiian Islands are UTC -10
American Samoa is UTC -11
Different Datums?
A datum is a point of reference from which measurements are made.
It is where the coordinate grid is tied to the earth’s surface.
Datums are recalculated and updated as technology allows
for more precise measurements. These updates are referred to as realizations,
flavors or many similar terms.
21. The new realizations are based on the global reference frame IGS08 epoch
2005.00.
Conterminous US, AK, and US Caribbean territories
All active controls were NAD83(CORS96)
All passive controls were NAD83(NSRS2007)
With NA2011, all controls are now NAD83(2011) epoch 2010.00
Pacific Plate: HI, American Samoa, Marshall Islands
All active controls were NAD83(PacP00) epoch 2002.00
Passive controls in HI were NAD83(1993)
Passive controls in Samoa were NAD83(2002)
With NA2011, all controls are now NAD83(PA11) epoch 2010.00
Mariana Plate (Guam and others)
All active controls were NAD83(MarP00) epoch 2002.00
All passive controls were NAD83(2002)
With NA2011, all controls are now NAD83(MA11) epoch 2010.00
23. In Hawai`i, WAAS-enabled GPS receivers are able to receive the WAAS horizontal corrections
broadcast from the WAAS satellites but are not within distance of the ground reference stations
located on the U.S. West Coast to receive the full WAAS correction. Thus, WAAS-corrected
positions in Hawaii are not expected to be as accurate as those corrected with WAAS within the
continental U.S.. ( I am not in complete agreement in my testing)
According to the WAAS satellite footprint, the horizontally corrected signal reaches American
Samoa, but reliable signal reception could not be confirmed. ( I confirmed this)
The WAAS signal was not available in Guam or the Commonwealth of the Northern Mariana
Islands.
In the U.S. Pacific Islands, the only publicly available network of radio towers transmitting real-
time differential correction information is the U.S. Coast Guard (USCG)-operated Maritime
Differential GPS (DGPS) Service. This system consists of a network of beacons set up in coastal
areas to provide real-time information.
Unfortunately, there are currently no DGPS network beacons providing real-time differential
correction in Guam, the Commonwealth of the Northern Mariana Islands, or American Samoa. In
Hawai`i, real-time differential correction via the USCG DGPS network is only possible on the
main eight islands.
Real Time GPS Correction
24. GIS Support Services
• Maintenance of Geospatial Databases
I&M SDE and PACN SDE
• GIS Support for all PACN Parks
Help Desk for GIS users throughout the PACN Network
• GIS Support for Partners and Contractors (e.g. RCUH)
Inventory Vegetation Mapping Projects
• Climate Station Data and Station Maintenance
RAWS Stations throughout the network
25. Inventory for Vegetation Mapping
Mapping Contactors – Kass Green and Associates,
CTI – Cogan
Vegetation Mapping Contractors - RCUH
The Vegetation Mapping Inventory is an effort by the National Park Service
(NPS) to classify, describe, and map detailed vegetation communities in
more than 270 national park units across the United States.
NPS vegetation mapping follows well-established procedures that are compatible with
other agencies and organizations. The inventory uses the National Vegetation
Classification Standard (NVCS), a system that is integrated with the major scientific
efforts in the taxonomic classification of vegetation, and is a Federal Geographic Data
Committee standard. In addition, stringent quality control procedures ensure the
reliability of the vegetation data and encourage the use of resulting maps, reports, and
databases at multiple scales.
Products:
Detailed vegetation report
Digital vegetation map
Vegetation plot data
Accuracy assessment data & analysis
Dichotomous vegetation key and Photo-interpretation key
26.
27. In Progress
Hawaiʻi Volcanoes National Park,
Hawaiʻi - Draft
Haleakalā National Park , Maui - AA
Kalaupapa
National Historical Park, Molokaʻi -
Draft…almost done!
National Park of American Samoa,
American Samoa – AA/Draft
American Memorial Park, Saipan -
Draft
Finished
War in the Pacific
National Historical Park, Guam
Kaloko-Honokōhau
National Historical Park, Hawaiʻi
Puʻuhonua o Hōnaunau
National Historical Park, Hawaiʻi
Puʻukoholā Heiau
National Historic Site, Hawaiʻi
Status of the PACN Inventory
28. Pacific Island Network Geospatial Services
GIS Specialist
PACN Inventory and Monitoring Program
Questions?
scott_kichman@nps.gov
808 985 6184
Hinweis der Redaktion
Introduction, we are here!
Background on the I&M program created by a congressional mandate in 1998 Primary goal is to inventory natural resources and monitor ecos.ystems. The Pacific Island Network is within the Pacific West Region.
Well you cant have a proper GIS presentation without a map. You can see the extent of the area in this map
The parks in the Pacific Islands network. Forgive my pronunciations. We use 4 letter codes for all our parks and I used to calling the parks by those codes.
What do we or I do for geospatial services? I use that term because really most folks in natural resources use GIS, but now the GIS specialist is more a coordinator and maintainer of GIS activities. But here is the outline of the PACN services.
The Inventories and Monitoring we do at PACN. Most of the inventories are complete with the exception of the vegetation inventory. The monitoring protocols are in various stages of status.
Next lets overview the Internet Mapping Services. This is a basic outline of the workflow of how the data and maps get published on our NPS intranet, but as noted, I am redesigning the services in the public domain as well.
This is the launch page and also the default web page for my server. It is broken up into map service in the middle, links to pertinent web sites on the left bar and links to spot weather forecasts on the right bar. Many of our specialists and scientists travel, this was a way they can easily check forecasts for planning.
This is the silverlight viewer. It really has a standard GIS feel with toolbars, table of contents and a map view. Data can be turned on and off easily by the checkbox and transparency adjust by the sliders.
These are some of the Areas of Interests chosen for the parks on the Island of Hawaii
So the Protocol is developing a series of data metrics through the standard SOPS and then analyze the interaction of these metrics.
One of the metrics id developing roadless classification. This will analyzed for areas inside the parks, the island that the park resides and in some cases, watershed areas. In this example we see the Island of Hawaii.
NPScape designed the classification parameters so that consistent map products and statistics could be created.
The park statistics will be compared to the Island statistics and any other area of interests designated by the protocol. You can see that Hawaii Volcanoes has quite a bit of roadless areas. This will also help park managers decide where they may designate wilderness areas.
GPS data collection is very unique in the Pacific Islands. We span such a large area that we go across many time zone, the other side of the international dateline and even the southern hemisphere. We really need to ensure that our GPS data is processed to the correct datums and the pacific plate is very dynamic.
Technical information but critical to our variable processing for GPS collections and how we process that data into GIS data.
So any data we collect with Trimble devices can be post processed to CORS stations Continuous Operating Receiving stations, but what about real time corrections for Trimble and for Garmin units we may use?
Satellite based augmentation is what most Natural Resource based GPS users acquire for real time correction. This works great on the mainland as our WAAS system hovers above North America. There seems to be dispute whether it is reliable on the Hawaiian Islands, but I have found it accurate in my testing and in field use. Folks like to use Garmins for ease of navigation, but we are requiring them to use Trimbles for the actual collection of the data. We can defend this data and can log its correction statistics.
I manage over 24 different SDE geodatabases, replicating the data aback to San Francisco at the regional headquarters. The PACN employees have their duty stations in many different parks throughout the network. They all interact with the host parks natural resource specialists and managers. I will outreach to those folks as there really is no official GIS Specialists at any of the parks, so I help whenever possible. We also have several contracts in place and one of them is finishing up the vegetation inventory.
This is primarily the last inventory that needs completion. It was started by one contractor who had his own field crew and was then taken over by another contractor and we wanted to keep the field work isolated from the mapping contractor so we created another contract with RCUH to do the AA, database management and final report editing
Here is the status of the veg inventory at this time