Category:Thermodynamic Efficiencies
Research project to calculate the potential reduction in the use of materials and energy for our production systems, if the peer production stack would be applied integratively.
Pages in category "Thermodynamic Efficiencies"
The following 200 pages are in this category, out of 678 total.
(previous page) (next page)A
- Absolute Decoupling
- Abundance Within Planetary Boundaries
- Adoption of New Technologies Is Accompanied by an Increase in Energy Use which Trigger Social Transformations
- Advancing Environmental Disclosure in Sustainability Reporting
- Agricultural Sustainability for Bioregionalism in the San Francisco Bay Watershed
- Albert Bartlett on the Exponential Function in Climate and Energy
- Allan Savory’s Holistic Management and Holistic Planned Grazing
- Alternative Energy Matrix
- Amsterdam Is Pivoting to Doughnut Economics as Policy Framework
- Andrew McAfee About the Modern Uncoupling of Our Prosperity from Resource Consumption
- Andrew McAfee about the Modern Uncoupling of Our Prosperity from Resource Consumption
- Anthromes
- Anthropo-Technogenesis
- Anthropocene
- Anthropocene Transition Project
- Anthropogaia
- Artificial Intelligence for Environment and Sustainability - ARIES
- Atmospheric Commons
- Austin Wade Smith on Real Ecological Accounting with the Earth as the Ledger
- Australian Stocks and Flows Framework
- Austro-German Social Energetics
- Automating Environmental Interventions
B
- Bernard Lietaer on the Window of Viability Between Resilience and Efficiency
- Bibliography on Post-Colonialism and the Ecological Crisis in the Anthropocene
- Bio-Physical Triggers of Political Violence
- Biocapacity
- Biochar
- Biodiversity Banking
- Biophysical Constraints and Realities and the Energetic Metabolism of Societies
- Biophysical Economic Theory
- Biophysical Economics
- Biophysical Foundation of Socio-Economic Systems
- Biophysical-Based Paradigm in Economics
- Bioregion
- Bioregional State
- Birth of Systems Economics for the Earth System
- Blaqswan's Collective
- Blockchain and Its Problems With Externalities
- Blueprint Towards Accounting for the Management of Ecosystems
- Boundary Risk for Humanity and Nature
- Breakdown of the Bio-Cultural Interfaces in the European Renaissance
- Breaking Together
- Brittleness
- Business for the Environment
C
- Calculating the Value of the Commons
- Can Economic Growth Last
- Can Reducing Income Inequality Decouple Economic Growth from CO 2 Emissions
- Cap on Annual Material Use
- Capitalism in the Web of Life
- Carbon Bubbles
- Carbon Offset Markets
- Carbon Pulse
- Carbon Quantitative Easing
- Carbon Sequestration-Based Cryptocurrency
- Cargobike Energy Cycle Is 98 Percent Cheaper Than Motorized Vehicles
- Carrying Capacity
- Carrying Capacity Assessment
- Carrying Capacity Assessment Model for the Australian Socio-Environmental Context
- Carrying Capacity-Led Population Dynamic
- Catabolic Collapse
- Catagenesis
- Catastrophe, Creativity and the Renewal of Civilization
- Centre for the Understanding of Sustainable Prosperity
- Charles Hall on Biophysical Economics and the Key Resource Metric of Energy Returned On Energy Invested
- Cheap Nature
- Chinese Ecological Civilization Construction Indexes
- CHON Theory of Materials Usage for Sustainable Manufacturing
- Circular Economy
- Circular Economy Effects Only Work Under One Percent Growth
- Circular Economy Within Ecological Limits
- Circular Finance
- Circular Humansphere
- Circular Makespaces in Redistributed Manufacturing
- Circular Metabolism
- Circularity Gap
- Cities Approach to Sustainability
- Classical Econophysics
- Climate Adaptation Plans
- Climate Change, Capitalism and Sustainable Wellbeing
- Climate Change, War and Population Decline in Human History
- Climate Economics Index
- Climate Equity Reference Project
- Climate Trends and Global Crop Production Since 1980
- Co-Viability Analysis
- Collapse
- Collapsology
- Commission on Ecosystem Management
- Commodities Sorted by Regional Ecology
- Commodity Ecology
- Commodity Ecology Mobile Platform
- Commodity Ecology Model for Achieving All Sustainable Development Goals
- Commodity Ecology Model for Achieving SDGs
- Common Asset Trusts for Integrated Natural Capital Stewardship
- Common but Differentiated Responsibilities and Respective Capabilities
- Common Good Units
- Common Good, the Climate and the Market
- Commoning as Adaptive Reuse in the Context of a Failing Civilization
- Commons as an Ecological Imperative
- Complexity in Human Society and Cultural Regimes
- Compression
- Conceptual Framework for Ecological Economics Based on Systemic Principles of Life
- Connections between Energy Use and Societal Leadership Transitions
- Connections Between the Green Economy and Biomimicry
- Consequences of Continued Overshoot
- Consolidating a Climate Accounting System
- Constructive Metabolic Processes for Material Flows
- Consumption Corridor
- Contribution of Energy to Economic Growth
- Convivial Ecological Institutions
- Cosmic Evolution as the Rise of Complexity in Nature
- Cosmo-Technics
- Cost of Transportation vs Cost of Manufacturing
- Coupled Evolution of the Economy and the Atmosphere
- Cowboy Economy vs Spacemen Economy
- Cradle to Cradle
- Critical Materials for the Energy Transition
- Critical Raw Materials
- Crypto Climate Accord
- Crypto-Economic Systems To Address Sustainability
- Cryptocurrency’s Energy Consumption Problem
- Cybernetic vs the Ecological Vision of Life
D
- Daniel Schmachtenberger on the Evolution of the Organizational Structures of Civilization and the Role of Hyper-Agents
- David Holmgren's Four Scenarios for Coping with Climate Change and Resource Depletion
- David Wolpert on the Thermodynamics of Meaning
- Dawe Global Food Security Model
- DEAL City Portraits - Doughnut Economics Methodology
- Decarbonizing the Crypto Industry
- Decent Living Standards Approach
- Decline of EROI Directly Impacts on Economic Prosperity
- Declining Net Energy in Society
- Decoupling
- Decoupling Debunked
- Dematerialization
- Dematerialization of Production
- Democratic Economic Planning and the Environment
- Depletion Quotas
- Designing for Integrated Local Production with the Food-Energy-Water Nexus in Mind
- Development of a Carrying Capacity Assessment Model for the Australian Socio-Environmental Context
- Digital Ecosystem for the Environment
- Disaster Geoarchaeology and Natural Cataclysms in World Cultural Evolution
- Doughnut Economics
- Doughnut Economics as Policy Framework
- Dual Nature of Money
E
- E-Waste
- Earth as a Material Process
- Earth Ledger
- Earth's Carrying Capacity
- Eco-Digital Platforms
- Eco-Efficiency
- Ecological Aspects of Surplus in Production
- Ecological Backgrounds of the Deep Infrastructural Shifts in the History of Human Civilization
- Ecological Basis of Revolutionary Change
- Ecological Civilization
- Ecological Civilization - Chinese Policy
- Ecological Degradation Past and Present
- Ecological Distributional Conflict
- Ecological Economics
- Ecological Explanation for the Origin of Civilization
- Ecological Futures
- Ecological Imperialism
- Ecological Law and Governance Association
- Ecological Limits of Work
- Ecological Marxism
- Ecological Production in a Post-Growth Society
- Ecological State Protocols
- Ecological Transition in China
- Ecologically Oriented Research of the P2P Foundation
- Ecologically Unequal Exchange Theory
- Ecology-Friendly Credit Guidance Frameworks
- Economic Growth Remains Ultimately Dependent on Growth in Material and Energy Use
- Economic History of Nature
- Economics of Ecosystems and Biodiversity
- Economics of Land Degradation
- Economies Are Completely Dependent on Energy
- Economies of Scale
- Effective Abundance Platforms
- Embodied Energy of Digital Technology
- Embodied Human Appropriation of Net Primary Production
- Emergy Accounting
- Emergy Theory
- Empty Planet and the Shock of Global Population Decline
- Energetics
- Energy and Equity in World Fisheries
- Energy and the Evolution of Culture
- Energy as a Measure for the Rise and Fall of Civilizations
- Energy as the Currency of Power and its Necessary Evolutionary Self-Limitation
- Energy Capture
- Energy Cost of Energy
- Energy Flows and the Self-Organization of Societies as Dissipative Structures
- Energy Return On Investment
- Energy Return Ratios
- Energy Slave
- Energy Theory of Value
- Energy, Ecology and Economics
- Energy-Capture Per-Capita Index
- Enterprise Resource Planning for the People
- Entropology
- Entropy
- Entropy vs Negentropy