Open Access Policies in Europe, Dec 2014SPARC Europe
The document summarizes key aspects of the Open Access policies for Horizon 2020 (H2020), the EU's research and innovation program for 2014-2020, and their alignment with policies across European member states. H2020 has a mandatory 'green' Open Access policy requiring publications to be made available in open repositories. It allows funds for 'gold' open access journal publication and has an open data pilot. The policy aims to coordinate with and support the development of consistent national Open Access policies across EU member states to harmonize research conditions and mobility across Europe.
What is Baltic SCOPE? by Ingela Issakson, Project Manager and Coordinator Baltic SCOPE, Swedish Agency for Marine and Water Management at the workshop 'Recommendations on transboundary planning from Baltic SCOPE' at the 2nd Baltic Maritime Spatial Planning Forum in Riga, Latvia on 23 November 2016 (the final conference of the Baltic SCOPE collaboration).
Video and other presentations - www.balticscope.eu
www.vasab.org
This document discusses Norway's varying climate policies between 2000-2010 using a multi-sphere framework. It analyzes how three spheres - organizational fields, political spheres, and the European environment - influenced policy outcomes in carbon capture and storage (CCS), renewable electricity, and energy policy for buildings. The document suggests the strongest sphere in each issue area largely determined the policy, though weak spheres and national entrepreneurs could also influence outcomes, especially at critical junctures. It concludes the framework is useful for understanding how different social orders shaped climate policy but raises questions about sphere interactions and the role of entrepreneurs over time.
ETIP PV conference: 'Photovoltaics: centre-stage in the power systemCluster TWEED
This document summarizes the keynote speech given by Jeroen Schuppers from the European Commission on the Energy Union and the Strategic Energy Technology Plan (SET Plan). The SET Plan aims to accelerate the development and market deployment of low-carbon energy technologies. A new governance model for the SET Plan emphasizes strengthened cooperation between member states, stakeholders, and the European Commission. It includes setting targets, selecting research and innovation actions, identifying joint actions between countries, and flagships projects to demonstrate new technologies. Working groups composed of experts and government representatives will develop implementation plans to achieve the SET Plan's goals.
Presentation on Involving stakeholders to ask the right questions, Heleen de Coninck, Radboud University, given at Session 3a at EPA H2020 SC5 Info Day 7.10.16
OECD STIG: Governance of International Science, Technology and Innovation for...Per Koch
This document summarizes the key recommendations from a report on governance of international cooperation on science, technology, and innovation for global challenges. It recommends: 1) taking a broad, multidisciplinary approach that addresses social and cultural factors, not just technologies; 2) exploiting economies of scale and scope through specialized yet complementary cooperation; and 3) allowing diversity and flexibility while respecting each partner's needs. Effective governance requires high-level coordination, communication strategies, aligning agendas with national priorities, legitimizing national funding contributions, and building international capacity.
Synopsis:
The energy system has historically been characterised as “mature”, displaying small, incremental technological improvements and low levels of both public and private research intensity. However, over the past decade this situation has been changing, illustrated by significiant increases in public and private energy R&D expenditure across many countries in reaction to strengthening concerns around fossil fuel prices, climate change and energy security. These challenges have driven the search for alternative sources of energy, as well as more efficient ways of extracting and consuming fossil fuels. As support grows for energy innovation so too does the need to understand how energy innovation unfolds with a view to ensure that the vast public and private resources currently being committed to innovation in this sector are being deployed effectively.
In this context the talk outlines the Energy Strategy Fellowship’s current research project, which seeks to map out systems of energy innovation for a range of countries and technologies, measure the effectiveness of these different arrangements and compare different approaches with a view to learning lessons for successful energy research and innovation policy. Following a discussion of the drivers that have led to this renaissance in energy innovation and the project’s research objectives, the talk introduces the different technology and country case studies under examination, the methods employed and some of the innovation theory that underpins this research. Finally, the talk explores some emerging issues in the field of energy technology innovation the project engages with, such as the globalised nature of energy innovation, the role of the private sector and energy innovation outside ‘Western’ countries.
Biography:
Matthew has worked as a Research Associate within the RCUK Energy Strategy Fellowship team at Imperial College since 2012. His research examines the types of conditions responsible for accelerating the development and deployment of energy technologies with the potential to address critical challenges facing the global energy sector, such as climate change, energy security and fuel poverty. This work examines the development of a handful of promising, high-profile energy technologies across a variety of different countries worldwide to understand what makes for an effective energy innovation system. Prior to this he undertook his PhD thesis at the University of Leeds from 2009 exploring how the application of innovative energy business models could help to drive forward sustainability transitions.
Open Access Policies in Europe, Dec 2014SPARC Europe
The document summarizes key aspects of the Open Access policies for Horizon 2020 (H2020), the EU's research and innovation program for 2014-2020, and their alignment with policies across European member states. H2020 has a mandatory 'green' Open Access policy requiring publications to be made available in open repositories. It allows funds for 'gold' open access journal publication and has an open data pilot. The policy aims to coordinate with and support the development of consistent national Open Access policies across EU member states to harmonize research conditions and mobility across Europe.
What is Baltic SCOPE? by Ingela Issakson, Project Manager and Coordinator Baltic SCOPE, Swedish Agency for Marine and Water Management at the workshop 'Recommendations on transboundary planning from Baltic SCOPE' at the 2nd Baltic Maritime Spatial Planning Forum in Riga, Latvia on 23 November 2016 (the final conference of the Baltic SCOPE collaboration).
Video and other presentations - www.balticscope.eu
www.vasab.org
This document discusses Norway's varying climate policies between 2000-2010 using a multi-sphere framework. It analyzes how three spheres - organizational fields, political spheres, and the European environment - influenced policy outcomes in carbon capture and storage (CCS), renewable electricity, and energy policy for buildings. The document suggests the strongest sphere in each issue area largely determined the policy, though weak spheres and national entrepreneurs could also influence outcomes, especially at critical junctures. It concludes the framework is useful for understanding how different social orders shaped climate policy but raises questions about sphere interactions and the role of entrepreneurs over time.
ETIP PV conference: 'Photovoltaics: centre-stage in the power systemCluster TWEED
This document summarizes the keynote speech given by Jeroen Schuppers from the European Commission on the Energy Union and the Strategic Energy Technology Plan (SET Plan). The SET Plan aims to accelerate the development and market deployment of low-carbon energy technologies. A new governance model for the SET Plan emphasizes strengthened cooperation between member states, stakeholders, and the European Commission. It includes setting targets, selecting research and innovation actions, identifying joint actions between countries, and flagships projects to demonstrate new technologies. Working groups composed of experts and government representatives will develop implementation plans to achieve the SET Plan's goals.
Presentation on Involving stakeholders to ask the right questions, Heleen de Coninck, Radboud University, given at Session 3a at EPA H2020 SC5 Info Day 7.10.16
OECD STIG: Governance of International Science, Technology and Innovation for...Per Koch
This document summarizes the key recommendations from a report on governance of international cooperation on science, technology, and innovation for global challenges. It recommends: 1) taking a broad, multidisciplinary approach that addresses social and cultural factors, not just technologies; 2) exploiting economies of scale and scope through specialized yet complementary cooperation; and 3) allowing diversity and flexibility while respecting each partner's needs. Effective governance requires high-level coordination, communication strategies, aligning agendas with national priorities, legitimizing national funding contributions, and building international capacity.
Synopsis:
The energy system has historically been characterised as “mature”, displaying small, incremental technological improvements and low levels of both public and private research intensity. However, over the past decade this situation has been changing, illustrated by significiant increases in public and private energy R&D expenditure across many countries in reaction to strengthening concerns around fossil fuel prices, climate change and energy security. These challenges have driven the search for alternative sources of energy, as well as more efficient ways of extracting and consuming fossil fuels. As support grows for energy innovation so too does the need to understand how energy innovation unfolds with a view to ensure that the vast public and private resources currently being committed to innovation in this sector are being deployed effectively.
In this context the talk outlines the Energy Strategy Fellowship’s current research project, which seeks to map out systems of energy innovation for a range of countries and technologies, measure the effectiveness of these different arrangements and compare different approaches with a view to learning lessons for successful energy research and innovation policy. Following a discussion of the drivers that have led to this renaissance in energy innovation and the project’s research objectives, the talk introduces the different technology and country case studies under examination, the methods employed and some of the innovation theory that underpins this research. Finally, the talk explores some emerging issues in the field of energy technology innovation the project engages with, such as the globalised nature of energy innovation, the role of the private sector and energy innovation outside ‘Western’ countries.
Biography:
Matthew has worked as a Research Associate within the RCUK Energy Strategy Fellowship team at Imperial College since 2012. His research examines the types of conditions responsible for accelerating the development and deployment of energy technologies with the potential to address critical challenges facing the global energy sector, such as climate change, energy security and fuel poverty. This work examines the development of a handful of promising, high-profile energy technologies across a variety of different countries worldwide to understand what makes for an effective energy innovation system. Prior to this he undertook his PhD thesis at the University of Leeds from 2009 exploring how the application of innovative energy business models could help to drive forward sustainability transitions.
This is the second session of my unit on international business with a particular focus on culture. A brief introduction to the most important topics covered in this lecture is given. National, supranational, digital, sub-cultures etc. are briefly introduced and the stage is set for upcoming in-depth sessions.
Cluster policies aim to foster regional economic development through supporting the formation and growth of industry clusters. However, evaluating their effectiveness is challenging due to unclear definitions of clusters, attribution of outcomes, and lack of control groups. Most evaluations of cluster policies focus on short-term outputs like increased collaboration rather than long-term economic impacts. A few evaluations found small increases in outcomes like firm innovation and patenting, but effects were sometimes temporary. Overall, conclusively demonstrating the impact of cluster policies on competitiveness and economic growth remains difficult.
Philippe Larédo-La empresa y las políticas de innovación transformadorasFundación Ramón Areces
El 25 de abril de 2017 organizamos en la Fundación Ramón Areces una mesa redonda sobre 'La empresa y las políticas de innovación transformadoras'. En este foro participaron, entre otros, Totti Konnola, CEO de Insight Foresight Institute; Luis Fernando Álvarez-Gascón Pérez, Director General GMV secure eSolutions; y Francisco Marín, Director General del CDTI. Esta actividad se celebró en colaboración con el Grupo de Investigación en Economía y Política de la Innovación de la Universidad Complutense de Madrid (GRINEI-UCM) y el Foro de Empresas Innovadoras (FEI).
Countries across the OECD have developed ambitious plans for STI policy to contribute to socio-technical transitions as the world recovers from the impact of the COVID-19 pandemic. These plans contain a broad variety of policy goals and instruments designed to support STI in a changing global environment, to tackle new and growing challenges in the context of the COVID-19 pandemic, and to apply new tools and approaches to STI policy making, especially digital tools, that emerged in the context of the pandemic.
For the global sustainability community,
the most effective catalyst of change
has long been seen as the informed
self-interest of the mainstream financial
community: if banks and investors
could be convinced of the proximity of
environmental risk or societal impacts,
then it has been assumed that capital
diverted from ‘unsustainable’ practices
would render all other interventions
unnecessary. In practice though, the
sustainability community has found
the financial sector a hard nut to crack.
Although recent years have seen a
substantial increase in the integration of
environmental, social and governance
(ESG) data forming part of investment
analysis, the continued emphasis on shortterm
results and incentives has pushed
longer-term environmental risks, such as
climate change, outside of the boundary
of risks contemplated by mainstream
analysts. That is, until recently.
WSB14-Session 111-0 introduction by chris hamansChris Hamans
Presentation in session 111 during the World Sustainable Building Conference 2014 in Barcelona (28-30th .Oct. 2014)
The theme of the WSB14 was: "Sustainability. Are we moving as quickly as we should? It is up to us!"
Session 111 (out of 144 sessions) had to answer the question: "Are we moving in the same direction?"
This presentation was the introduction to the session 111.
This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
see WSB14-Sessions 111-0 to 111-4
The document provides an introduction to challenges faced by carbon-based economies and the need for sustainable energy transitions. It discusses how climate change from greenhouse gas emissions threatens human well-being and socioeconomic development. While global CO2 emissions have recently stagnated, more action is needed to limit global warming below 2°C as agreed upon in the Paris Agreement. Renewable energy and energy efficiency can significantly reduce emissions by 2030 and help achieve climate targets, but ambitious implementation is required. Sustainable Development Goals also aim to raise awareness of climate change's multidimensional impacts on issues like poverty and health.
Presentation of the OECD project on governance of STI for global challengesPer Koch
Presentation given at the ICSU Rio +20 conference in June 2012 on the OECD-project STIG (on international governance collaboration on science, technology and innovation for meeting global challenges.
Conference on the knowledge base for research and innovation policy by Andrew...innovationoecd
The document summarizes key findings from the OECD Science, Technology and Innovation Outlook 2016 report. It discusses major global challenges like climate change, inequality, and jobs that STI can help address. Emerging technologies like AI, IoT, and biotech are described that could provide solutions but also disruptions. The summary outlines concerns that public R&D funding is declining while tax incentives increasingly support business R&D over fundamental research. International cooperation on STI and mobility of researchers is increasing in importance for knowledge sharing.
Leveraging Private Finance and Inducing Innovation for Climate mitigation Th...Sustainable Prosperity
This document discusses leveraging private finance and inducing innovation for climate mitigation through policy design. It summarizes that:
1) Public policy plays a key role in determining returns on investment in clean energy and environmental technologies. Small policy changes can have long-lasting impacts.
2) Policies that place a price on carbon, provide predictable market signals, and allow flexibility can spur innovation in clean technologies.
3) Overcoming challenges like the intermittency of renewable energy sources requires complementary policies and investments in areas like energy storage, transmission infrastructure, and demand management.
Det strategiska innovationsprogrammet för svensk gruv- och metallproducerande industri (SIP STRIM; www.sipstrim.se) finansieras av Vinnova och de ledande svenska gruvbolagen, global leverantörsindustri med nordisk bas, universitet, forskningsinstitut, myndigheter och intresseorganisationer. Programmet löper under 2013-2016, men har
som ambition att fortsätta även efter 2016. Genom innovationsprojekt adresseras globala utmaningar samtidigt som projekten bidrar till en hållbar utveckling, förnyelse och stärkt svensk konkurrenskraft inom programområdet.
Insatser sker inom fyra huvudområden:
- · Teknisk innovation
- · Kunskapsspridning
- · Kompetensutveckling
- · Uppväxling med nationell, nordisk och EU-finansiering
Insatser skall genomföras längs hela värdekedjan prospektering–gruvdrift–mineralteknik–metallurgi–återvinning. Även
horisontella, överbryggande insatser såsom mineralekonomi, resurskaraktärisering, automation och processkontroll, miljö och attraktiva arbetsplatser bör adresseras. Förutom fullskaliga innovationsprojekt och förstudier omfattar programmet en
rad aktiviteter för att stödja uppbyggnad av nätverk med ambitionen stödja också SMF-deltagande i programmet.
1) Promoting clean technology innovation requires addressing two market failures: environmental externalities and knowledge spillovers as a public good.
2) Evidence shows that broad environmental policies like carbon pricing encourage private sector innovation, but are not sufficient alone and do not encourage energy efficiency innovation due to external benefits.
3) Government R&D funding can effectively promote high-risk, high-reward clean energy technologies like basic research, technologies far from market, and technologies with small markets or benefits difficult to capture privately due to capital market failures, path dependencies, and larger knowledge spillovers from clean technologies.
The document discusses policy tools for clean innovation. It notes that while renewable energy is growing, significant carbon emission reductions require further technology development and deployment. Market forces provide insufficient incentives for environmentally-friendly technologies due to externalities and public goods problems. Both environmental policy and R&D policy are needed, with environmental policy creating demand for clean technologies to drive innovation, and R&D policy helping to lower costs. A wide range of policy instruments can be used, with market-based ones providing stronger innovation incentives than command-and-control approaches. Government R&D should focus on long-term basic research. Technology transfer depends on demand in recipient countries, with the large U.S. market being key for driving innovation.
OECD workshop on measuring the link between public procurement, R&D and innov...STIEAS
OECD workshop on measuring the link between public procurement, R&D and innovation. "Demand side Innovation Policy: a systems Perspective". Presentation by Mario Cervantes
Backcasting introduction jaco quist 12th march 2014icarb
The document provides an introduction to a backcasting workshop on achieving 100% renewable energy in Scotland by 2030. It begins with an overview of backcasting and its key elements. The workshop agenda is then outlined, including breaking participants into three subgroups to develop visions and pathways for three scenarios: a UK-centric scenario, a Scotland-alone scenario, and a local energy autarky scenario. The document concludes with an introduction of the scenario leads before launching into the workshop activities.
Open Access Developments in Europe, Sept 2014SPARC Europe
The document summarizes developments regarding open access in Europe. It notes the diversity across European countries in terms of economics, culture, and copyright laws. It then discusses the growth of open access policies and mandates in Europe, including requirements from major research funders that publications resulting from funded research be made openly accessible. It also describes coordination efforts across European countries to align open access policies and develop shared infrastructure and advocacy initiatives to further open access goals.
National coordination of consistent NRM data and information to inform land u...Richard Thackway
Land use and planning utilizes varied natural resource datasets obtained from diverse sources; national, state, regional, local and site levels. The Australia Government plays a major role in coordinating the collection, compilation, analysis and publication of nationally consistent environmental datasets. These national compilations have proven critical to supporting informed land use decision making at national, state and regional levels. This Australia Government role, acknowledges that the state and territory governments under the Australian constitution are responsible for day-to-day land use and land management. Coordinating the efficient national collection, compilation and supply of agreed data for different purposes involves developing agreed environmental guidelines and standards as well as legal instruments. The Australian Government and its agencies also perform a major role as a broker in the establishment, development and maintenance of mutual benefit partnerships between collaborating land management and research institutions. Good examples of efficient and effective coordinating arrangements are usually supported through publicly funded NRM programs which enable the data owner /supplier to add value to existing data infrastructure programs to meet an agreed national data standard.
Horizon 2020 and future Cohesion policy aim to raise scientific and technological excellence across the EU. They will do this through synergies between research and innovation programs and regional development funds. Horizon 2020 focuses on excellent science, industrial leadership, and societal challenges. Cohesion policy concentrates on smart specialization and reducing regional disparities. Both policies will interface to close the innovation divide in Europe and support the goals of the Europe 2020 strategy.
Polku2030 - Suomen kestävän kehityksen politiikan arviointiAnnukka Berg
Mihin kysymyksiin Suomen kestävän kehityksen politiikan tulisi keskittyä? Minkä kouluarvosanan asiantuntijat antavat Suomelle kestävyyden edistäjänä? Missä ovat politiikan vahvuudet, haasteet ja kehittämisen paikat?
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Similar to The policy robustness and resilience profiles of European renewable energy patent leaders
This is the second session of my unit on international business with a particular focus on culture. A brief introduction to the most important topics covered in this lecture is given. National, supranational, digital, sub-cultures etc. are briefly introduced and the stage is set for upcoming in-depth sessions.
Cluster policies aim to foster regional economic development through supporting the formation and growth of industry clusters. However, evaluating their effectiveness is challenging due to unclear definitions of clusters, attribution of outcomes, and lack of control groups. Most evaluations of cluster policies focus on short-term outputs like increased collaboration rather than long-term economic impacts. A few evaluations found small increases in outcomes like firm innovation and patenting, but effects were sometimes temporary. Overall, conclusively demonstrating the impact of cluster policies on competitiveness and economic growth remains difficult.
Philippe Larédo-La empresa y las políticas de innovación transformadorasFundación Ramón Areces
El 25 de abril de 2017 organizamos en la Fundación Ramón Areces una mesa redonda sobre 'La empresa y las políticas de innovación transformadoras'. En este foro participaron, entre otros, Totti Konnola, CEO de Insight Foresight Institute; Luis Fernando Álvarez-Gascón Pérez, Director General GMV secure eSolutions; y Francisco Marín, Director General del CDTI. Esta actividad se celebró en colaboración con el Grupo de Investigación en Economía y Política de la Innovación de la Universidad Complutense de Madrid (GRINEI-UCM) y el Foro de Empresas Innovadoras (FEI).
Countries across the OECD have developed ambitious plans for STI policy to contribute to socio-technical transitions as the world recovers from the impact of the COVID-19 pandemic. These plans contain a broad variety of policy goals and instruments designed to support STI in a changing global environment, to tackle new and growing challenges in the context of the COVID-19 pandemic, and to apply new tools and approaches to STI policy making, especially digital tools, that emerged in the context of the pandemic.
For the global sustainability community,
the most effective catalyst of change
has long been seen as the informed
self-interest of the mainstream financial
community: if banks and investors
could be convinced of the proximity of
environmental risk or societal impacts,
then it has been assumed that capital
diverted from ‘unsustainable’ practices
would render all other interventions
unnecessary. In practice though, the
sustainability community has found
the financial sector a hard nut to crack.
Although recent years have seen a
substantial increase in the integration of
environmental, social and governance
(ESG) data forming part of investment
analysis, the continued emphasis on shortterm
results and incentives has pushed
longer-term environmental risks, such as
climate change, outside of the boundary
of risks contemplated by mainstream
analysts. That is, until recently.
WSB14-Session 111-0 introduction by chris hamansChris Hamans
Presentation in session 111 during the World Sustainable Building Conference 2014 in Barcelona (28-30th .Oct. 2014)
The theme of the WSB14 was: "Sustainability. Are we moving as quickly as we should? It is up to us!"
Session 111 (out of 144 sessions) had to answer the question: "Are we moving in the same direction?"
This presentation was the introduction to the session 111.
This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
see WSB14-Sessions 111-0 to 111-4
The document provides an introduction to challenges faced by carbon-based economies and the need for sustainable energy transitions. It discusses how climate change from greenhouse gas emissions threatens human well-being and socioeconomic development. While global CO2 emissions have recently stagnated, more action is needed to limit global warming below 2°C as agreed upon in the Paris Agreement. Renewable energy and energy efficiency can significantly reduce emissions by 2030 and help achieve climate targets, but ambitious implementation is required. Sustainable Development Goals also aim to raise awareness of climate change's multidimensional impacts on issues like poverty and health.
Presentation of the OECD project on governance of STI for global challengesPer Koch
Presentation given at the ICSU Rio +20 conference in June 2012 on the OECD-project STIG (on international governance collaboration on science, technology and innovation for meeting global challenges.
Conference on the knowledge base for research and innovation policy by Andrew...innovationoecd
The document summarizes key findings from the OECD Science, Technology and Innovation Outlook 2016 report. It discusses major global challenges like climate change, inequality, and jobs that STI can help address. Emerging technologies like AI, IoT, and biotech are described that could provide solutions but also disruptions. The summary outlines concerns that public R&D funding is declining while tax incentives increasingly support business R&D over fundamental research. International cooperation on STI and mobility of researchers is increasing in importance for knowledge sharing.
Leveraging Private Finance and Inducing Innovation for Climate mitigation Th...Sustainable Prosperity
This document discusses leveraging private finance and inducing innovation for climate mitigation through policy design. It summarizes that:
1) Public policy plays a key role in determining returns on investment in clean energy and environmental technologies. Small policy changes can have long-lasting impacts.
2) Policies that place a price on carbon, provide predictable market signals, and allow flexibility can spur innovation in clean technologies.
3) Overcoming challenges like the intermittency of renewable energy sources requires complementary policies and investments in areas like energy storage, transmission infrastructure, and demand management.
Det strategiska innovationsprogrammet för svensk gruv- och metallproducerande industri (SIP STRIM; www.sipstrim.se) finansieras av Vinnova och de ledande svenska gruvbolagen, global leverantörsindustri med nordisk bas, universitet, forskningsinstitut, myndigheter och intresseorganisationer. Programmet löper under 2013-2016, men har
som ambition att fortsätta även efter 2016. Genom innovationsprojekt adresseras globala utmaningar samtidigt som projekten bidrar till en hållbar utveckling, förnyelse och stärkt svensk konkurrenskraft inom programområdet.
Insatser sker inom fyra huvudområden:
- · Teknisk innovation
- · Kunskapsspridning
- · Kompetensutveckling
- · Uppväxling med nationell, nordisk och EU-finansiering
Insatser skall genomföras längs hela värdekedjan prospektering–gruvdrift–mineralteknik–metallurgi–återvinning. Även
horisontella, överbryggande insatser såsom mineralekonomi, resurskaraktärisering, automation och processkontroll, miljö och attraktiva arbetsplatser bör adresseras. Förutom fullskaliga innovationsprojekt och förstudier omfattar programmet en
rad aktiviteter för att stödja uppbyggnad av nätverk med ambitionen stödja också SMF-deltagande i programmet.
1) Promoting clean technology innovation requires addressing two market failures: environmental externalities and knowledge spillovers as a public good.
2) Evidence shows that broad environmental policies like carbon pricing encourage private sector innovation, but are not sufficient alone and do not encourage energy efficiency innovation due to external benefits.
3) Government R&D funding can effectively promote high-risk, high-reward clean energy technologies like basic research, technologies far from market, and technologies with small markets or benefits difficult to capture privately due to capital market failures, path dependencies, and larger knowledge spillovers from clean technologies.
The document discusses policy tools for clean innovation. It notes that while renewable energy is growing, significant carbon emission reductions require further technology development and deployment. Market forces provide insufficient incentives for environmentally-friendly technologies due to externalities and public goods problems. Both environmental policy and R&D policy are needed, with environmental policy creating demand for clean technologies to drive innovation, and R&D policy helping to lower costs. A wide range of policy instruments can be used, with market-based ones providing stronger innovation incentives than command-and-control approaches. Government R&D should focus on long-term basic research. Technology transfer depends on demand in recipient countries, with the large U.S. market being key for driving innovation.
OECD workshop on measuring the link between public procurement, R&D and innov...STIEAS
OECD workshop on measuring the link between public procurement, R&D and innovation. "Demand side Innovation Policy: a systems Perspective". Presentation by Mario Cervantes
Backcasting introduction jaco quist 12th march 2014icarb
The document provides an introduction to a backcasting workshop on achieving 100% renewable energy in Scotland by 2030. It begins with an overview of backcasting and its key elements. The workshop agenda is then outlined, including breaking participants into three subgroups to develop visions and pathways for three scenarios: a UK-centric scenario, a Scotland-alone scenario, and a local energy autarky scenario. The document concludes with an introduction of the scenario leads before launching into the workshop activities.
Open Access Developments in Europe, Sept 2014SPARC Europe
The document summarizes developments regarding open access in Europe. It notes the diversity across European countries in terms of economics, culture, and copyright laws. It then discusses the growth of open access policies and mandates in Europe, including requirements from major research funders that publications resulting from funded research be made openly accessible. It also describes coordination efforts across European countries to align open access policies and develop shared infrastructure and advocacy initiatives to further open access goals.
National coordination of consistent NRM data and information to inform land u...Richard Thackway
Land use and planning utilizes varied natural resource datasets obtained from diverse sources; national, state, regional, local and site levels. The Australia Government plays a major role in coordinating the collection, compilation, analysis and publication of nationally consistent environmental datasets. These national compilations have proven critical to supporting informed land use decision making at national, state and regional levels. This Australia Government role, acknowledges that the state and territory governments under the Australian constitution are responsible for day-to-day land use and land management. Coordinating the efficient national collection, compilation and supply of agreed data for different purposes involves developing agreed environmental guidelines and standards as well as legal instruments. The Australian Government and its agencies also perform a major role as a broker in the establishment, development and maintenance of mutual benefit partnerships between collaborating land management and research institutions. Good examples of efficient and effective coordinating arrangements are usually supported through publicly funded NRM programs which enable the data owner /supplier to add value to existing data infrastructure programs to meet an agreed national data standard.
Horizon 2020 and future Cohesion policy aim to raise scientific and technological excellence across the EU. They will do this through synergies between research and innovation programs and regional development funds. Horizon 2020 focuses on excellent science, industrial leadership, and societal challenges. Cohesion policy concentrates on smart specialization and reducing regional disparities. Both policies will interface to close the innovation divide in Europe and support the goals of the Europe 2020 strategy.
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Polku2030 - Suomen kestävän kehityksen politiikan arviointiAnnukka Berg
Mihin kysymyksiin Suomen kestävän kehityksen politiikan tulisi keskittyä? Minkä kouluarvosanan asiantuntijat antavat Suomelle kestävyyden edistäjänä? Missä ovat politiikan vahvuudet, haasteet ja kehittämisen paikat?
Mitä ilmastonmuutos tarkoittaa lähitulevaisuudelle? Miksi meidän pitäisi itse asiassa puhua globaalista ympäristökriisistä? Ja miten tämän valtavan haasteen kanssa voisi elää hyvää elämää myös ruuhkavuosien keskellä? Esitys sisältää paitsi tutkittua tietoa myös omia kokemuksia aiheen parissa työskentelystä, sen inhimillisestä merkityksestä ja omista pyrkimyksistä muuttaa kulutuskäyttäytymistä.
Experimental Finland_the Finnish model of promoting experimental governanceAnnukka Berg
This presentation tells the story of Experimental Finland, a spearhead project of the government. The chosen approach is analysed and discussed in the light of recent research findings.
Kiertotalous - kohti resurssiviisaampaa talouttaAnnukka Berg
Mitä kiertotalous tarkoittaa, ja miksi sitä tarvitaan? Minkälaisia politiikkatoimia siirtymä kohti kiertotaloutta vaatii? Minkälaisia liiketoimintamalleja kaivataan? Ja mitkä maat toimivat muutoksen etunenässä?
Kokeilujen arviointia ruotiva esitys, joka pidettiin Kokeilevan Suomen, Suomen Arviointiyhdistyksen ja hallinnon epävirallisen arviointiverkoston aamukahveilla 1.3.2018. Esityksen punaisena lankana on kokeilujen erilaisten käyttötapojen luokittelu sekä erilaisten arviointitapojen sovittaminen näihin funktioihin. Esimerkkeinä käytetään erityisesti ilmastonmuutoksen hallintaan ja resurssiviisauden edistämiseen liittyviä kokeiluja.
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The policy robustness and resilience profiles of European renewable energy patent leaders
1. The policy robustness and
resilience profiles of European
RE patent leaders
Annukka/The SET team from Syke & VATT
30.11.2017 Hedelmäpeli
1
2. In the beginning was… patent
data
• As a part of the SET project, an extensive RE
patent database has been collected
• Comprises of more than 187 000 inventions
• Can be used for simulations from Patstat
• Patent invention = group of patent applications or
publications claiming same priority, called patent
family
• Each invention is taken into account only once
• Same invention can have multiple patent applications
3. SOLAR energy inventions per capita(million)
(including PV and solar thermal and hybrid)
0
3
6
9
12
15
1981 1986 1991 1996 2001 2006 2011
Germany UK
Netherlands Italia
Spain Sweden
Denmark Finland
4. 0
10
20
30
40
50
60
70
1981 1986 1991 1996 2001 2006 2011
Germany UK
Netherlands Italia
Spain Sweden
Denmark Finland
WIND energy inventions per capita(million)
5. BIOENERGY inventions per capita(million)
(biofuels and fuel from waste)
0
2
4
6
8
1981 1986 1991 1996 2001 2006 2011
Germany UK
Netherlands Italia
Spain Sweden
Denmark Finland
6. WIND power INSTALLATION capacity per capita
(accumulated capacity MW / 2013 population million)
0
200
400
600
800
1000
1998 2000 2002 2004 2006 2008 2010 2012 2014
Germany UK
Netherlands Italy
Spain Sweden
Denmark Finland
Source; European Wind Energy Association (WIND EUROPE)
7. WIND EXPORTS (USD per 2016 Million GDP)
7
0
3000
6000
9000
12000
1996 1998 2000 2002 2004 2006 2008 2010 2012 2014
Germany UK
The Netherlands Italy
Spain Sweden
Denmark Finland
Source; UN comtrade, GDP World Bank
8. The challenge
• Interesting figures - But what to do
about them from policy analysis
perspective?
• The RE policies of the leading countries,
DK and DE, have been quite extensively
covered in the recent literature
• Interesting & possible to take FI as a case
country, too
• Comparison may bring a fresh angle:
analysing the similarities and differences
of policy profiles of the RE patent leaders
• Yet, a suitable analysis framework needed
8
9. Country cases – DE, DK & FI:
Notions on the basis of initial
readings
• Long-term, forceful policy efforts (e.g. feed-in-tariffs)
to drive change towards renewables
• Both environmental concerns and energy security motivating
the change
• Corporatist governments and multi-party politics
sensitive to public interests and values
• Attempts to broaden the circles of those having a stake in the process
by e.g. promoting small scale production (particularly in DK and DE)
• ‘Chosen’ RE technologies well ‘rooted’ in the case
countries (particularly in FI and DK)
9
10. Policy mixes for RE innovation
• Innovation policy mixes often formed by partly
overlapping goals and instruments of different
policy domains and levels of governance
(Kivimaa and Kern 2016; Magro and Wilson 2013)
• Evolving over time (Howlett and Rayner 2013)
• Qualitative evaluation often needed (Kivimaa et al.,
2017).
• Committed, consistent, predictable and well-
designed policy signals important for RE
innovation (Lipp 2017; Mickwitz et al. 2008)
10
11. Robustness and resilience as
policy attributes
• Robustness: adapts to anticipated conditions
and self-adjusts to linear changes
• ‘fail-safe’ within a specified range of uncertainty
• Resilience: adapts to unanticipated
conditions and non-linear
• ‘emergent’
11
(Capano & Woo, 2017;
Nair & Howlett, 2016; Swanson et al., 2010)
12. Research questions
1) How to analyse the policy robustness and
resilience profiles of the European RE patent
leaders?
2) What common and different features there
are in the RE policy mixes of Germany,
Denmark and Finland, particularly from the
robustness and resilience perspectives?
3) What kind of policy lessons can be derived
from the cases?
12
15. Questions
• Does the research setting seem fruitful for the
case in question?
• What do you think about the use and
operationalisation of the concepts policy
resilience and robustness?
• Recommendations for methodological
choices?
• Idea to start with a stringent meta-study of RE policy
country cases
15