Jake F. Weltzin United States Geological Survey www.usanpn.org USA National Phenology Network Integrating phenology data across spatial and temporal scales.

Slides:

Advertisements

Similar presentations

Geoscience Information Network Stephen M Richard Arizona Geological Survey National Geothermal Data System.

Advertisements

Maines Sustainability Solutions Initiative (SSI) Focuses on research of the coupled dynamics of social- ecological systems (SES) and the translation of.

Natures Notebook A USA National Phenology Network program for ecological monitoring and information management.

V Alyssa Rosemartin 1, Lee Marsh 1, Ellen Denny 1, Bruce Wilson USA National Phenology Network, Tucson, AZ; 2 - Oak Ridge National Laboratory, Oak.

ASCR Data Science Centers Infrastructure Demonstration S. Canon, N. Desai, M. Ernst, K. Kleese-Van Dam, G. Shipman, B. Tierney.

U.S. Department of the Interior U.S. Geological Survey Tom Armstrong Senior Advisor for Global Change Programs U.S. Geological Survey

NSF and Environmental Cyberinfrastructure Margaret Leinen Environmental Cyberinfrastructure Workshop, NCAR 2002.

Brent Frakes, Functional Analyst.  Need to discover, share, have access to large holdings of data and information to address rapid climate change  e.

Mike Smorul Saurabh Channan Digital Preservation and Archiving at the Institute for Advanced Computer Studies University of Maryland, College Park.

Data Sources & Using VIVO Data Visualizing Scholarship VIVO provides network analysis and visualization tools to maximize the benefits afforded by the.

Building the LTER Network Information System. NIS History, Then and Now YearMilestone 1993 – 1996NIS vision formed by Information Managers (IMs) and LTER.

Web-based Portal for Discovery, Retrieval and Visualization of Earth Science Datasets in Grid Environment Zhenping (Jane) Liu.

NSF EF Welcome to Summit III University of Florida Florida State University.

Data-PASS Shared Catalog Micah Altman & Jonathan Crabtree 1 Micah Altman Harvard University Archival Director, Henry A. Murray Research Archive Associate.

Great Lakes Regional Research Information Network Lake Michigan Coordination Team Brian K. Miller – Illinois-Indiana Sea Grant Anders Andren – Wisconsin.

Environment Environnement Canada Modernization of Environment Canada’s Water Quality Data and Services: Chris Lochner 1, Gino Sardella 2 and team 1 National.

V. Chandrasekar (CSU), Mike Daniels (NCAR), Sara Graves (UAH), Branko Kerkez (Michigan), Frank Vernon (USCD) Integrating Real-time Data into the EarthCube.

Challenges in Urban Meteorology: A Forum for Users and Providers OFCM Panel Summaries Bob Dumont Senior Staff Meteorologist OFCM.

Scientific Data Infrastructure in CAS Dr. Jianhui Scientific Data Center Computer Network Information Center Chinese Academy of Sciences.

MEDIN Partners Meeting Sept 2010 DASSH – The Archive for Marine Species and Habitats Dan Lear DASSH Project Co-ordinator Marine.

Jake F. Weltzin US Geological Survey Alyssa Rosemartin University of Arizona The USA National Phenology Network A Practical Tool for Conservation.

Education Breakout Group. Primary Goal Provide opportunities for accessible lifelong learning through phenology.

Tradeoff Analysis: From Science to Policy John M. Antle Department of Ag Econ & Econ Montana State University.

Coastal and Marine Spatial Planning Debra Hernandez, SECOORA Walter Johnson, BOEMRE Ru Morrison, NERACOOS Charly Alexander, IOOS Office.

Update on the U.S. Climate Change Science Program UN Framework Convention on Climate Change Subsidiary Body Meeting June 21, 2004 Linda V. Moodie Senior.

Peter Warren, Pima County Extension Director, ANR Agent LoriAnne Barnett, Education Coordinator, USA-NPN Train Extension Volunteers to Track Climate Change.

Jake F. Weltzin United States Geological Survey Mark D. Schwartz University of Wisconsin - Milwaukee The RCN & the USA-NPN Founding & Current.

Graphic courtesy NOAA / PMEL / Center for Tsunami Research Pacific Northwest Waters Gateway to Our Future Communication through the NANOOS Visualization.

Modeling Complex Interactions of Overlapping River and Road Networks in a Changing Landscape Programmatic overview Hypothesis Preliminary findings.

material assembled from the web pages at

Planning for Arctic GIS and Geographic Information Infrastructure Sponsored by the Arctic Research Support and Logistics Program 30 October 2003 Seattle,

The USA National Phenology Network Phenology for science, management and public engagement in a changing world.

Jake F. Weltzin, Kathryn Thomas, Brian Haggerty, Theresa Crimmins, Ellen Denny, Abe Miller-Rushing, Alyssa Rosemartin The USA National Phenology.

ESIP Federation Air Quality Cluster Partner Agencies.

Jake F. Weltzin United States Geological Survey Taking the Pulse of our Planet The USA National Phenology Network.

Office of Science Office of Biological and Environmental Research DOE Workshop on Community Modeling and Long-term Predictions of the Integrated Water.

Jake F. Weltzin Mark D. Schwartz In-situ validation of land- surface phenology A framework for involvement with USA National Phenology Network.

WGISS Technology Subgroup Report WGISS-29 Bonn, 2010 Nataliia Kussul WGISS.

Catawba County Board of Commissioners Retreat June 11, 2007 It is a great time to be an innovator 2007 Technology Strategic Plan *

MEDIN Work Plan for By March 2011 MEDIN will be 3 years into the original 5 year development plan started in Would normally ask for continued.

Building the LTER Network Information System. NIS History, Then and Now YearMilestone 1993 – 1996NIS vision formed by Information Managers (IMs) and LTER.

Breakout # 1 – Data Collecting and Making It Available Data definition “ Any information that [environmental] researchers need to accomplish their tasks”

Ground-based observations available for international land- product validation: An introduction 2012 CEOS Phenology LPV workshop 13 September 2012 Compiled.

Mercury – A Service Oriented Web-based system for finding and retrieving Biogeochemical, Ecological and other land- based data National Aeronautics and.

When is the onset of a phenophase? Calculating phenological metrics from status monitoring data in the National Phenology Database Jherime L. Kellermann.

The US Long Term Ecological Research (LTER) Network: Site and Network Level Information Management Kristin Vanderbilt Department of Biology University.

Information Management Jornada Basin LTER. Jornada Information management system Six major components: a)Data management implementation/process b)Management.

LoriAnne Barnett, Education Coordinator, USA-NPN Extension volunteers engage in phenology monitoring and climate education.

U.S. Department of the Interior U.S. Geological Survey IDMN Toolshed in Concept and Practice National Workshop on Large Landscape Conservation Dell Long,

System Development & Operations NSF DataNet site visit to MIT February 8, /8/20101NSF Site Visit to MIT DataSpace DataSpace.

E X P E R I E N C E Y O U R A M E R I C A A.T. MEGA-Transect National Park Service U.S. Department of the Interior Northeast Temperate Network Fred Dieffenbach.

The Power of Long-term Observation: Using Long-term Participation in Phenology Monitoring to Teach Observation and Perseverance LoriAnne Barnett – Education.

Natural resource applications of the phenology data and information housed in the National Phenology Database Erin Posthumus and the Staff of the National.

NOAA EDMC Ocean Observatories Initiative Cyberinfrastructure Karen Stocks OOI CI Data Curator University of California, San Diego Ocean Observatories.

Sustainable Recreation Initiated by U.S. Forest Service Landscape-level collaborative approach to improve and increase recreational opportunities. Work.

CEOS Working Group on Information System and Services (WGISS) Data Access Infrastructure and Interoperability Standards Andrew Mitchell - NASA Goddard.

The Bear River Watershed Information System Jeffery S. Horsburgh Utah Water Research Laboratory Utah State University David.

Technical Workshop for Climate Services Portal Development: Setting the Stage National Climatic Data Center Asheville, NC August 13-15, 2008.

1 The Avian Knowledge Network: Decision Support System for Adaptive Management Leo Salas & Grant Ballard – California Avian Data Center, PRBO Conservation.

AmeriGEOSS Regional Initiative A framework that seeks to promote collaboration and coordination among the GEO Members of the American Continent Angelica.

Strategies for NIS Development

Joseph JaJa, Mike Smorul, and Sangchul Song

Your title: Your Subtitle Your call to action

Title of Presentation Subtitle of Presentation Your Name

Introduction to USA-NPN and Nature’s Notebook

WGISS Connected Data Assets Oct 24, 2018 Yonsook Enloe

USA-NPN National Coordinating Office

Programmatic overview Hypothesis Preliminary findings

Presentation transcript:

Jake F. Weltzin United States Geological Survey USA National Phenology Network Integrating phenology data across spatial and temporal scales

A new data resource—a national network of integrated phenological observations across space and time Key Goal Understand how plants, animals and landscapes respond to environmental variation and climate change

Create a scientifically based phenology network with broad participation Create and maintain a national phenology information management system Develop and promote standardized monitoring protocols Integrate observations of plants, animals & landscapes across space & time Create decision support tools for application of phenology data Core functions

National-scale science and monitoring initiative Agencies, NGOs, academia, the public Integrates with other science/monitoring networks Target: 100,000 observation locations Plants + animals; contemporary + legacy data Education & outreach Integration across spatial and temporal scales NPN in a nutshell

Key sponsors and collaborators…

Native American Tribes Scientists Specialized Networks Specialized Networks Public Agencies Public Agencies NGOs Educator s Citizen Scientist s Citizen Scientist s National Coordinating Office Information Management Monitoring Programs Communications Resource Managers Services for stakeholders

Beginning to advanced protocols Public, managers & scientists 215 specified species Status monitoring Sample intensity + absence data Plant Phenology Monitoring System

158 species selected according to a priori criteria 120 expert reviewers Standardized monitoring protocols Independent review workshop 2010 as on-line beta Animal Phenology Monitoring System

Scaling of in-situ observations Validation of remote imagery Development of standards Information & data clearinghouse Research directions and priorities Land-surface Phenology Program 2005 Start of Season (SOS)

Information management Decision- support Research Education Search Synthesis Visualizations Work platform Datasets Products NCO Information Management System Data Contemp- orary Legacy Partners Ancillary Data curation User interface Databases National Phenology Network Metadata

We are live today! We are a distributed, bottoms-up national network Broad variety of users/audiences Business to business AND business to consumer Large number of contributing stations Multiple charges: education/outreach, research, decision-support Interaction with other large networks (CEN, NCCRC, NPS I & M, … ) Focus Key challenges to data integration What we are…

Incredibly complex nature of the data (not rainfall!) real-time (contemporary) repeated (different variables through time) one-off, or multiple observers dynamic standard protocols customization of methodologies images Discovery and ingestion of legacy datasets large, un-digitized, simple (data rich) small, complex (metadata rich) Key challenges to data integration Our data…

Metadata standards Integration of contemporary and legacy phenology datasets Integration of external supporting data Web services Internal (visualization, synthesis products) External users) Scaling (organismal to digital number) Provenance QA/QC of all data Long-term nature of data (curation) Security Key challenges to data integration Our data, cont…

Dynamic landscapes Administrative IM Scientific Service oriented architecture Resource constraints – no dedicated $ for IM Structural constraints – location and ‘.org” Tendency towards project-centric model Key challenges to data integration Constraints…