№ files_lp_3_process_9_37977
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Supplementary scientific material presenting figures, tables, observational datasets, and regional model outputs that document historical trends and projected changes in ocean acidification conditions and their implications for commercially important species in the Gulf of Maine through 2050.
Year:
2020
Region:
Gulf of Maine, United States of America and Canada
Topic:
Ocean acidification, climate projections, marine biogeochemistry, fisheries impacts
Document type:
Supplemental material to a scientific research article
Authors:
S.A. Siedlecki; J. Salisbury; D.K. Gledhill; C. Bastidas; S. Meseck; K. McGarry; C.W. Hunt; M. Alexander; D. Lavoie; Z.A. Wang; J. Scott; D.C. Brady; I. Mlsna; K. Azetsu-Scott; C.M. Liberti; D.C. Melrose; M. White; A. Pershing; D. Vandemark; D.W. Townsend; C. Chen; W. Mook; R. Morrison
Affiliated institutions:
University of Connecticut; University of New Hampshire; NOAA Ocean Acidification Program; Massachusetts Institute of Technology Sea Grant; NOAA Milford Laboratory; NOAA Physical Sciences Laboratory; Fisheries and Oceans Canada; Woods Hole Oceanographic Institution; University of Maine; Environmental Protection Agency; Bedford Institute of Oceanography; NOAA Narragansett Laboratory; Mook Sea Farm; Gulf of Maine Research Institute; University of Massachusetts Dartmouth; Northeastern Regional Association of Coastal Ocean Observing Systems
Study period:
2004–2017 observational data; projections to 2050
Methods:
Regional Ocean Modeling System (ROMS) simulations with empirical biogeochemistry; observational comparisons; ensemble model scenarios (present, 2050_RCP8.5, 2050_slug)
Data sources:
NOAA Fisheries Service; WHOI seasonal data; GOMECC 1 and 2; ECOA 1; UNH Coastal Marine Laboratory observations
Key variables:
Temperature; salinity; total alkalinity; dissolved inorganic carbon; aragonite saturation state (Ωarag); acidification intensity and duration
Species focus:
Commercially important Gulf of Maine species including American lobster and sea scallop
Geographic coordinates referenced:
WB7 station (42.859 °N, -69.860 °W)
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Date:
11 October 2018
Year:
2018
Region / city:
Scotland
Subject:
Climate change, ocean acidification, aquaculture
Document type:
Meeting notes
Organization:
Marine Scotland
Author:
Various participants from Marine Scotland and other stakeholders
Target audience:
Stakeholders in marine science, aquaculture, and environmental protection
Action period:
2018-2023
Approval date:
11 October 2018
Modification date:
None specified
Contextual description:
Meeting notes of the Climate Change & Ocean Acidification SubGroup outlining action points and decisions related to plankton monitoring, ocean acidification reporting, and climate change adaptation for aquaculture.
Year:
2100
Region / City:
Orkney, UK
Theme:
Ocean Acidification, Marine Biology, Zooplankton and Phytoplankton Interaction
Document Type:
Research Methodology
Institution:
Environment and Resource Technology (ERT)
Author:
Not specified
Target Audience:
Researchers in marine biology and environmental science
Effective Period:
Ongoing (long-term experiment)
Approval Date:
Not specified
Modification Date:
Not specified
Title of lesson:
Ocean Acidification: A Systems Approach to a Global Problem
Lesson number:
2
Educational activity format:
Round robin laboratory stations
Number of stations:
8
Recommended station duplication:
At least two of each station
Primary topic:
Ocean acidification
Scientific focus:
Carbon dioxide detection and chemical reactions
Document type:
Laboratory materials list and preparation instructions
Educational level:
Students (exact level not specified)
Required equipment:
CO2 gas probe, test tubes with stoppers or caps, Erlenmeyer flasks, straws, balloons
Chemicals and reagents:
Dilute bromothymol blue (BTB), lime water (Ca(OH)2), vinegar, baking soda, sugar
Additional materials:
Candles, sources of flame, active yeast
Preparation notes:
BTB solution recommended concentration approximately 0.01% or below
Safety or setup note:
Additional “Detecting Carbon Dioxide” stations recommended to reduce bottlenecks
Associated materials:
Student and teacher lab guides, printed handouts for each student
Year:
2023
Region / city:
New Zealand
Topic:
Food sector, demand opportunities
Document type:
Submission form
Organ / institution:
Ministry for Primary Industries (MPI)
Author:
Ministry for Primary Industries (MPI)
Target audience:
Stakeholders in the food sector, organizations, and individuals providing feedback
Effective period:
2023-2050
Approval date:
February 2023
Date of amendments:
Not specified
Program:
Regional Flexible Funding (RFF) Program
Plan referenced:
2050 Metropolitan Transportation Plan
Document type:
Evaluation rubric and application narrative requirements
Purpose:
Scoring and assessment of project narratives
Organ / committee:
Project Selection Committee
Audience:
Project applicants seeking funding
Evaluation criteria:
Alignment with selected MTP goals
Structure:
Three-paragraph narrative assessed across responsiveness levels
Time horizon:
2050
Funding context:
Regional transportation funding
Year:
2021
Region / City:
KYOVA Metropolitan Planning Organization area (Cabell and Wayne Counties, West Virginia; Boyd and Greenup Counties, Kentucky; Lawrence County, Ohio)
Topic:
Transportation Planning
Document Type:
Request for Qualifications/Proposals
Agency:
KYOVA Interstate Planning Commission
Author:
KYOVA Interstate Planning Commission
Target Audience:
Consulting Firms
Effective Period:
2021-2022
Approval Date:
May 10, 2021
Amendment Date:
Not specified
Date:
April 26, 2024
Type:
Press Release
Organization:
National Asphalt Pavement Association (NAPA)
Partner Organization:
Legacy Infrastructure Group
Location:
Greenbelt, MD
Contact:
Bill Rowan
Phone:
240-825-4444
Email:
[email protected]
Initiative:
The Road Forward
Focus:
Net zero carbon emissions in asphalt pavements by 2050
Companies Mentioned:
Haskell Lemon Construction Co.; Superior Bowen Asphalt Co.
Founding Year of Legacy Infrastructure Group:
2022
Enrollment Deadline:
August 30, 2024
Industry Sector:
Asphalt pavement industry
Geographic Scope:
United States
Date and Time:
July 25, 2018, 4:15–5:15
Session Title:
Childhood 2050: Exploring Creative Futures for Young Children and Families
Speakers:
Joe Waters (Capita); Grady Powell (Openfields)
Partner Organization:
KnowledgeWorks
Moderator:
Ginger Young (Book Harvest)
Documenter:
Lisa Finaldi (NC Early Childhood Foundation)
Thematic Focus:
Strategic foresight in early childhood and family policy
Type of Document:
Session documentation and facilitation guide
Key Topics:
Funder role; future scenarios; technology and caregiving; stakeholder engagement; transformational change
Methodological Tools:
Cone of Plausibility; 2x2 scenario matrix; General Principles of Foresight
Audience:
Funders; GLR Network participants; early childhood leaders
Geographic Scope:
Communities and states within the GLR Network context
Document type:
Technical note
Subject:
Passenger transport modelling methodology
Tool referenced:
DPP Tool for passenger transport
Time horizon:
2020–2050
Base year for comparison:
2010
Projection year:
2050
Calibration data source:
In-country research partners
Main categories:
Demography and economics; Human settlement, land development and spatial organization; Sociocultural practices and lifestyles; Technological development of vehicles; Fuel generation and carbon content; Penetration of alternative motorizations and car stock
Key variables:
Population; Household size; Household income; GDP growth rate; Mobility indicators; Energy consumption; Fuel prices; Electricity mix; Motorization rate; Car stock composition
Indicators computed:
Emissions; Energy consumption by mode and motorization; Car and bus occupancy rates; Electricity carbon content; Annual sales and stock loss rates
Document Type:
Supplementary appendix
Main Title:
Global Burden of Cardiovascular Diseases: Projections from 2025 to 2050
Study Framework:
Global Burden of Disease (GBD) 2019
Subject:
Cardiovascular diseases
Geographical Scope:
Global
Time Frame of Projections:
2025–2050
Methodology:
Cause of Death Ensemble model (CODEm); Poisson regression models; age-standardisation using GBD 2019 population estimates
Key Measures:
Mortality; Disability-Adjusted Life Years (DALYs); Prevalence; Risk factors
Statistical Outputs:
1000 model draws; 95% uncertainty intervals (25th and 95th percentiles)
Corresponding Author:
Dr Nicholas WS Chew
Affiliation:
Department of Cardiology, National University Heart Centre, National University Health System, Singapore
Additional Contributor:
Professor A. Mark Richards
Note:
Affiliation
Christchurch Heart Institute, University of Otago, Christchurch, New Zealand
Content Components:
Supplementary materials; figures; tables; references
Data Classification:
GBD Super-Regions; GBD Regions; World Bank Income Groups
Instructor:
Peter M. Quint, M.Ed. (He/Him)
Course Times:
T/Th 11:00PM – 12:20PM, 12:30PM – 1:50PM
Location:
LANG 217
Text & Materials:
Interactive Online Student Materials for Signing Naturally Units 7-12
Course Description:
Builds on ASL grammar, vocabulary, and cultural understanding, progressing from previous units.
Year:
2026
Region / City:
Denton, Texas
Theme:
American Sign Language, Deaf Culture, Course Information
Document Type:
Syllabus
Institution:
University of North Texas
Note:
Instructor
Peter M. Quint
Target Audience:
Students enrolled in American Sign Language courses
Duration:
Fall 2026 semester
Approval Date:
2026
Modification Date:
None
Year:
2022
Country:
United Kingdom
Region:
England, Scotland, Wales
Topic:
Food system environmental impact and footprint reduction targets
Document type:
Request for Proposals (Terms of Reference)
Organization:
WWF-UK
Commissioning institution:
WWF-UK
Project manager:
Carmel Edwards
Project location:
Living Planet Centre, Woking, United Kingdom
Sector:
Environmental research and food policy
Key research focus:
Environmental footprint of the UK food system
Impact areas assessed:
Greenhouse gases, material footprint, biomass footprint, marine resource use, land degradation and land use change, nutrient use, chemical pollution, water pollution, water availability, air pollution
Geographic scope of analysis:
Domestic and overseas impacts of UK food production and consumption
Target timelines:
2030 and 2050
Expected outputs:
Technical report, public research report, policymaker summary report, presentation slides
Estimated project duration:
Approximately 27 working days over 10 weeks
Planned publication timeframe:
June 2022
Estimated project budget:
£20,000–£35,000 (inclusive of VAT)
Stakeholder groups considered:
Governments, businesses, farmers and fishers, consumers
Related policy frameworks:
Sustainable Development Goals, UNFCCC commitments, Convention on Biological Diversity
Year:
2025
Country:
New Zealand
City:
Wellington
Theme:
Climate change policy and emissions reduction targets
Document type:
Government report / official response
Institution:
Ministry for the Environment (Manatū mō te Taiao)
Government body addressed:
House of Representatives
Legal framework referenced:
Climate Change Response Act 2002
Related body:
Climate Change Commission (He Pou a Rangi)
Review subject:
2050 emissions reduction target
Publication date:
December 2025
Publisher:
Ministry for the Environment
ISBN:
978-1-991404-21-3
Publication number:
ME 1934
Copyright holder:
Crown copyright New Zealand
Address:
PO Box 10362, Wellington 6143, New Zealand
Official website:
environment.govt.nz
Geographical scope:
New Zealand
Key topics:
greenhouse gas emissions, biogenic methane targets, international shipping and aviation emissions, climate strategy, emissions budgets
Time horizon discussed:
2030–2050 and post-2050
Basis of review:
Recommendations from the Climate Change Commission and the Methane Review scientific report
Year:
2012
Countries:
1 MDC, 2 LDCs
Data Sources:
U.S. Census International Database, Population Reference Bureau 2012 Population Data Sheet
Document Type:
Educational Assignment
Intended Audience:
Students studying population demographics
Required Content:
Population pyramids, population statistics, demographic transition analysis
Analysis Period:
2012–2050
Sections:
Population pyramids, population statistics table, five-paragraph summary
Key Metrics:
Projected population 2025 and 2050, infant mortality rate, fertility rate, birth rate, death rate, natural increase rate
Year:
2018
Region:
United States
Theme:
Transportation energy efficiency and policy
Document type:
Press release
Organization:
Alliance to Save Energy
Authors:
50x50 Commission members including Scott Keogh, Dean Seavers, Jason Hartke
Target audience:
Policymakers, industry leaders, public officials
Date of release:
September 26, 2018
Period covered:
Up to 2050
Key topics:
Electrification, autonomous vehicles, energy efficiency, mobility, infrastructure, public-private partnerships
Context:
National transportation commission report presenting recommendations to policymakers for halving U.S. transportation energy use by 2050 while improving mobility and integrating new technologies
Year:
Not specified
Region:
Puget Sound region
Subject:
Regional planning; urban growth centers; land use and development policy
Document type:
Planning checklist and review guidance
Organization:
Puget Sound Regional Council (PSRC)
Related regional strategy:
VISION 2050
Related framework:
Regional Centers Framework (2018)
Related legislation:
Growth Management Act
Planning scope:
Regional Growth Center plans
Planning process stages:
Plan scoping; draft plan review; certification review; regional collaboration; centers monitoring
Monitoring period referenced:
2025 monitoring following 2024 local plan updates
Target users:
Local jurisdictions preparing or updating regional growth center plans
Key thematic areas:
Regional collaboration; environment and climate change; land use and development patterns; transportation and infrastructure investment
Geographic planning unit:
Designated Regional Growth Centers including Urban Growth Centers and Metro Growth Centers
Minimum size guidance:
Urban Growth Centers 200–640 acres; Metro Growth Centers 320–640 acres
Density guidance:
Minimum existing density 18 activity units per acre for Urban Growth Centers and 30 for Metro Growth Centers
Growth strategy reference:
Target of 65% regional population growth and 75% employment growth in centers and high-capacity transit station areas
Supporting resources:
Regional Transportation Plan; Regional Economic Strategy; Plan Review Manual; Certification Reports