I:InfrastructureandClimateChange
Technology Innovation TOC
S - Buildings and Infrastructure
S - Infrastructure Adaptation
2017 King_New Carbon Architecture: Building to Cool the Planet
New Buildings Chess Moves
2007 de Wilde_The implications of a changing climate for buildings
2009 Firth_UK commercial property - understanding the investment implications of adapting to climate change
2010 Hertin_Climate change and the UK house building sector
2012 Buildings and Environment Special Issue - Implications of a Changing Climate for Buildings
2013 Alzahrani_The Association Between Climate Change Scenarios and Risks on the Building Sector
2013 IEA_Transition to Sustainable Buildings Strategies and Opportunities to 2050
2016 Brown_Modeling climate-driven changes in US buildings energy demand $$
2017 Hooyberghs_Influence of climate change on summer cooling costs and heat stress in urban office buildings
2017 Wright_Voluntary Resilience Standards: An Assessment of the Emerging Market
2021 Booten_Theoretical Minimum Thermal Load in Buildings
2021 UNEP_International Good Practice Principles for Sustainable Infrastructure
2022 Peters_Future proofing sustainable cooling demand
2016/10 How the Oil and Gas Industry Can Help Save the World – Brink – The Edge of Risk
2017/5 Infrastructure Spending Is Coming. Climate Change Tells Us to Spend Wisely
2017/10 Electrifying Heating
2018/5 The future of green building ratings
2019/3 Home is Where Climate Action Begins Strategies for Building Decarbonization
2019/4 Big buildings hurt the climate - New York City hopes to change that
2019/7 The Future is Electric
2019/11 How National Government Inaction On Climate Crisis Has Made Cities & Architects Rise To The Occasion
2020/7 Surging interest in protecting infrastructure investments from climate damage
2021/8 The Fight to Change US Building Codes
2021/9 A tale of two markets: What are carbon emission trading schemes and how do they affect us?
2021/9 Holcim launches nature-positive strategy with measurable 2030 biodiversity and water targets
2022/7 What Is the Environmental Impact of Each Building Material?
2022/8 Carbon-Storing Buildings Get $39 Million Boost From DoE
2022/10 Sexy/Unsexy, Practical/Impractical: Residential, Commercial, & Industrial Heat Is Serious Business
2023/8 Net Zero Has Failed. We Need a Universal Carbon Standard for Buildings.
2023/10 Biomimicry in building design - nature-inspired solutions for climate
75F - Building Management
Building Energy Management Systems (BEMS)
Building life cycle and integrated design process
Carbon sink and low-carbon building materials
Constructing the future: creating a Paris Agreement-proof building sector: analysis
Freethink: Energy Efficient Homes
Volvo Construction Climate Challenge
2019/3 How to make Minnesota's buildings more climate-friendly
2021/8 From Trees to Housing - City of Las Vegas Plans for a Sustainable Future
2021/9 The Hidden Science Behind Decarbonizing Buildings
2021/12 Ithaca’s Novel Plan to Eliminate Carbon from Buildings
2022/6 A Road Map to Net Zero Buildings
2022/6 Grid Edge Analytics
2021 IPR low carbon buildings forecast: zero carbon heating
Building Sector Abatement Potentials
Fundamentals of Energy in Buildings
I:AgriculturalSectorMitigation/Adaptation
I:BarrierstoEnergyEfficiency
I:BECCSBiomassEnergwithCCS
I:ConservationAgriculture
I:EconomicsofClimateChange (Deep Dive)
I:EnergyEfficiencyPotentials
I:EnergyEfficiencyTechnologies
I:EnergyIntensityReduction
I:EnergySectorVulnerability
I:EvaluatingEnergyEfficiency
I:InfrastructureAdaptation
I:InfrastructureInvestment
I:InfrastructureInvestmentRisk
I:InfrastructureResilience
I:InfrastructureVulnerability
I:MACCMarginalAbatementCostCurves
I:MitigatingClimateChange (Deep Dive)
I:OceanBiomassRestoration
I:PACE – Property Assessed Clean Energy (US)
I:ProjectDrawdownSolutions
I:RegenerativeAgriculture
I:RenewableEnergyEconomics
I:ResidentialWaterConservation
I:SolutionasHolisticGrazing
I:SolutionasRegeneration/Restoration
I:VulnerabilityAssessment
S - 100% Renewable Energy Transition
S - Agriculture Sector Emissions and Mitigation
S - Agriculture Sector Futures
S - Agriculture Technologies
S - Assessing Vulnerability
S - CCS via Ocean Fertilization
S - CDRS Carbon Dioxide Removal and Storage
S - Climate as Opportunity
S - Climate Engineering Sources
S - Ecosystem Restoration
S - Forestry Emissions and Mitigation
S - Forestry Mitigation Potentials
S - Infrastructure Vulnerability Assessment
S - Innovation and Disruption in the Electric Sector
S - Investor Perceptions of Climate Risk
S - Land Transport Solutions
S - Land Use Emissions and Mitigation
S - Markets and Innovation
S - Renewable Energy Futures
S - Soil Carbon (not Forests)
S - Solutions Technologies
S - Technology Disruption
S - Technology Innovation and Diffusion
S - Vulnerability to Climate Change
N - Agricultural Mitigation
N - Carbon Dioxide Removal - CDR
N - Infrastructure Vulnerability Assessment
N - Soil Carbon Sequestration
N - Solutions Technologies and Strategies
N - Technology Disruption
N - Technology Innovation
N - Technology Tipping Points?
T - Investing in Solutions
T - Nature-Based Solutions
T - News - Technology Oriented
E - Climate Vulnerability
E - Infrastructure Vulnerability Assessment
E - Low Carbon Transition Recommendations
E - Mitigation Potentials by Cost
E - Mitigation Technologies
E - Negative Emissions Technologies
E - Role of Philanthropic Action
E - Speed of Technology Diffusion
E - Technology Innovation
E - Vulnerability Assessments and Action Plans
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