December 2022 - You are accessing an archived version of our website. This website is no longer maintained or updated. The Sustainable Development Knowledge Platform has been migrated here:

Main Milestones
The Ocean Conference
Addis Ababa Action Agenda
Sendai Framework for Disaster Risk Reduction
Transforming our world: the 2030 Agenda for Sustainable Development
Paris Agreement
SIDS Accelerated Modalities of Action (SAMOA) Pathway
High-level Political Forum on Sustainable Development
United Nations Conference on Sustainable Development, RIO +20: the Future We Want
Five-year review of the Mauritius Strategy of Implementation: MSI+5
BPOA+10: Mauritius Strategy of Implementation
World Summit on Sustainable (WSSD) Rio+10: Johannesburg Plan of Implementation
Bardados Programme of Action (BPOA)+5
UNGASS -19: Earth Summit +5
Bardados Programme of Action (BPOA)
Start of CSD
United Nations Conference on Environment and Development: Agenda 21
Our Common Future
United Nations Conference on the Human Environment (Stockholm Conference)
Creation of UNEP
Statement by: 10-Member Group to support Technology Facilitation Mechanism
4 Jun 2016

Harnessing the Contribution of Science, Technology, and Innovation
For Achieving the 2030 Agenda and the 17 Sustainable Development Goals
Prepared by the 10-Member Group to support Technology Facilitation Mechanism
June 4th, 2016
As the 10 Member Group appointed by the U.N. Secretary General to support the
Technology Facilitation Mechanism (TFM), we wish to provide our views on how
science, technology, and innovation (STI) can most effectively accelerate achieving
the 17 Sustainable Development Goals (SDGs) of the 2030 Agenda.
The Multi-stakeholder STI Forum and the On-line Platform of the TFM are aimed at
providing not only relevant advice and input to the High-Level Political Forum, but
also facilitating the efforts of all people of the world and broad segments of our
societies in being able to harness STI for realizing the universal aspirations
exemplified by the SDGs. The three highest priorities of the TFM in our view are
focused upon: (i) actions and policies that strengthen STI capabilities and build
human capacity at the individual, organizational, and political levels in every
country, (ii) platforms for sharing knowledge, information, experiences and advice
on relevant policies, actions, partnerships, technologies, and research and
development (R&D) outcomes, and (iii) mechanisms for developing national and
international STI Action Plans and Roadmaps (including plans for R&D and
technology deployment) for achieving the SDGs individually and collectively without
leaving any SDG behind.
Science, technology, and innovation play a central role in human development and
have always done so in the past. Scientific knowledge has come from many sources,
including investigations in the social, behavioral, and management sciences as well
as in the physical, biological, engineering, and medical sciences; from fundamental
research as well as from applied R&D; and from indigenous and traditional
knowledge systems as well as from organized international science communities.
STI has been the main driver of economic growth and development since the onset
of the industrial revolution. With the advent of “knowledge societies” and the
current rapid pace of new technological advances, STI must be seen as a primary
mechanism for achieving all the SDGs and realizing the Secretary General’s call to
focus the 2030 Agenda on people, planet, peace, prosperity, and partnerships.
Because the applications of STI can also be used in ways that cause harm to people
and create challenges and threats to achieving our universal goals, our choices in
how to harness STI to maximize the social, economic, and environmental benefits
while managing the downsides and problems become paramount.
Here are our nine major observations and recommendations at the onset of the first
Multi-stakeholder STI Forum taking place on June 6-7, 2016, at the United Nations:
(1) STI and Human Capacity Building
Actions and policies that strengthen STI and human capacity building in every
country are needed to create knowledge-based, innovative societies that utilize
scientific evidence to help inform policy and inspire science-based solutions.
Required are wise investments in human capital such as in education and training at
all levels and in establishing a “social safety net” to ensure that all people have the
opportunity to reach their full potential. Also needed are investments in
fundamental and applied research, technology development and deployment, and in
enabling institutions and infrastructure. Also required are increased investment in
STI and sound government policies and actions: that facilitate “bottom up”
innovation by entrepreneurs, indigenous and local communities, private companies
and universities; that reduce corruption, permit freedom of inquiry, and establish
rule of law; that enable meaningful participation of women and marginalized
sectors; that expand private sector job creation, investment and trade; etc. All of
these steps can help to unleash the creativity of individuals, communities,
institutions and firms, to create new jobs, expand economic growth, and accelerate
scientific and technical advances in all human endeavors to achieve the SDGs for all
people and countries.
(2) Societal Action Plans and Roadmaps
A commitment to developing national and international STI Action Plans and
Roadmaps for achieving the SDGs individually and together is essential for making
progress. These plans require input and participation from all sectors of society in
every country -- government, private companies, academia, civil society, and people
acting individually and collectively -- harnessing knowledge, insights, and advice
from all sources. Periodic feedback and evaluation from the STI community -- on
what is working and not working in the action plans -- is needed to permit
corrections and improvements to policies and actions and to create real “learning
(3) Identifying knowledge gaps and initiating solutions-oriented research
Despite the availability of a vast body of knowledge of direct relevance to many
areas of sustainable development, the effective implementation of the SDGs will
need to identify and address major knowledge gaps across different domains,
disciplines and regions of the world. Every country should endeavor to fill these
knowledge gaps, particularly those most relevant for its own situation. To
contribute effective, transformative solutions to a series of interconnected social,
economic and environmental challenges, researchers will need to engage in interand
trans-disciplinary research, engaging more effectively not only with colleagues
working in other disciplines/fields, but also with other knowledge partners - with
decision makers, practitioners, business leaders, civil society, indigenous and local
communities and other stakeholders – in the co-design and co-production of
innovative, solutions-oriented knowledge, policy and practice. This new type of
science collaboration is promoted notably through Future Earth – research for global
(4) ICT Tools and Forums for Learning from Each Other
Sharing information, experiences, best practices and advice among
countries/communities/individuals on policies, actions, partnerships, and
technologies can be enhanced through many venues and tools such as the multistakeholder
STI Forum and on-line platform of the TFM, and through new
information and communication technologies (ICT), including social media and
mobile broadband. These communication tools can effectively connect researchers,
innovators, developers, investors, and deployers of technologies and solutions with
those who need scalable, affordable and appropriate answers to development
problems and challenges. Tools alone are not sufficient as sharing and learning is
needed beyond technologies; innovation is required in our thinking, mindset,
management, and policies as much as in our hardware.
(5) Integrated Assessments linked to Transparency and Accountability
The SDGs have many inter-relationships and inter-dependencies. Achieving them all
together will require integrated assessment tools to find the best pathways to make
optimal tradeoffs and maximize multiple-benefits. Systems analysis thinking
becomes essential to address this full spectrum of sustainable development
challenges.(2) With accountability and transparency and participatory approaches
involving various stakeholders, this type of research can help (i) to understand “how
deep transformations—for example in health, education, agriculture and food
security, energy, ecosystem management, population, urban development, and
access to basic infrastructure–can be pursued at the required scale, pace, and
integration” and (ii) to assess “the necessary investments … compared with the
costs of inaction” … and thereby “understand better how to identify trade-offs and
exploit the synergies of tackling multiple goals simultaneously.”
(6) Important Role of Private Sector and Partnerships of Multiple Stakeholders
The largest worldwide investments in developing and deploying technologies are
coming from – and will continue to come from – the private sector. Companies own
most technologies, and their investments far exceed those of overseas development
assistance agencies of developed countries. This fact does not undervalue the
critical role of public sector investments in R&D, which in many sectors have
provided the backbone for innovations that were scaled up and commercialized by
the private sector. For sustainable development, it especially important to create
policies and partnerships that help to align the interests of companies with
achieving the SDGs.(3) Technology may be transferred via public-private
partnerships of multiple stakeholders in addition to traditional mechanisms such as
foreign direct investment and trade, South-South cooperation, and development
assistance. Governments can stimulate the necessary flow through policy
frameworks, which can include support for innovative public-private partnerships.
Successful technology transfer is not primarily about the transfer of the hardware,
but of the soft skills and institutions that allow developing countries to effectively
adapt and use technologies and to build their own innovative ecosystems based on
their specific needs and situations.
(7) Support For Those Left Behind Everywhere
The challenge of achieving the SDGs applies to all countries. As a prime example,
poverty eradication is about the global North as well the global South. The richest
countries – including their public and private institutions and STI assets -- have a
special responsibility to support the least-developed countries and the people who
have been left behind in both rich and poor countries in making progress on
achieving the SDGs. Especially important is sustained support and targeted
investments and collaborations in STI and human capacity building, in knowledge
sharing and research on effective solutions and technologies for addressing the
most important needs, in developing the most effective policies and actions, in
creating incentives and partnerships with the private sector, civil society and other
stakeholders to provide deployable solutions, and in creating South-South and
North-South collaboration.
(8) Strengthening the Science-Policy Interface in Every Country
Every society can benefit from strengthening its science-policy interface and
creating a “science advisory ecosystem” whereby its inclusive scientific and
technological community can provide input and advice on public policy issues
where scientific and technical insights are essential. (4) The goal is for every
country to have high quality, objective, independent and credible scientific advice –
free of politics and special interests, independent of government control, based on
diverse sources of knowledge, and conveyed to the public as well as to the
government. Political leaders necessarily incorporate value judgments and other
considerations that go beyond science in their decisions, but objective and
independent scientific advice can help lead to wiser decisions. It is in the interest of
all countries to have decisions informed by the best scientific information, conveyed
transparently, without bias and with accurate representation of scientific
(9) Building Peaceful Societies, Accountable Institutions, and Conflict Resolution
The greatest threat to achieving the SDGs is the real possibility of more wars,
conflicts, and terrorism occurring in regions of the world over the next 15 years.
SDG #16 focuses on building peaceful societies and accountable institutions. The
U.N. will continue to have an essential role in minimizing wars and conflicts with
skillful diplomacy and peacekeeping actions. STI can also be important in providing
tools and applications relevant to this overarching goal of peace-building and
ensuring personal security and respecting human rights of people everywhere
including in post-conflict societies.
The countries of the world have a special opportunity with the 2030 Agenda. The
focus on utilizing STI for achieving the SDGs complements the motivation of
countries to build more innovative societies to ensure prosperity, security, and
competitiveness. The potential exists worldwide for new innovative technological
and behavioral solutions, more rapid economic growth, faster poverty eradication,
more effective protection of the environment, increased transparency and
accountability of governments and non-governmental institutions, and more
harmonious relations between countries. The SDGs may be our most important
guide for realizing this optimistic outcome.
(1) Future Earth (
(2) A good example of systems analysis thinking in a scientific assessment effort to
provide fact-based information on possible synergies and tradeoffs involved in
achieving all 17 SDGs and addressing the full spectrum of sustainable development
challenges is “The World in 2050” project. (note: source of subsequent quotes)
(3) A good example of an innovative partnership addressing SDGs is the Low Carbon
Technology Partnerships initiative that involves more than 160 companies and 50
partners to lead action plans for development and deployment of low-carbon
technology. (
(4) A recent international initiative that is focused on capacity building for
strengthening science advice to governments is the International Network of
Government Science Advice. (
Postscript: Attached are brief personal perspectives on important additional
E. William Colglazier - Two areas where scientific and technological advances are
crucially important are energy technologies (lowering the cost of clean, non-carbon
based energy technologies and carbon sequestration) and information,
communication, and computer technologies (providing new information and
analytics that can help us to make smarter decisions and provide more effective
services and faster innovation in every sector addressed by the SDGs). Rapid
advances in biotechnology and nanotechnology and in advanced manufacturing will
also have great potential for affecting many sectors. The biggest challenges will
likely be in legacy sectors, such as manufacturing, construction, and transportation,
where new innovations are needed to expand (rather than reduce) employment and
ensure that more people move out of poverty into the middle class.
Myrna Cunningham Kain - There is a need for science to consider and for STI to
encompass different knowledge systems, including indigenous and traditional
knowledge, in order to produce holistic but locally adapted approaches to
sustainable development challenges. Innovation has always been produced by
societies diverse in local contexts and value systems, so that this diversity should be
reflected in an approach to STI and with a particular view to the SDGs this would be
necessary in order to not leave anyone behind. In order for STI to fulfill an enabling
and empowering role, the free availability and accessibility of science, technologies
and innovations need to be ensured.
STI are crucial instruments for implementation of SDGs as well as ensuring wellbeing
of indigenous peoples (e.g. ICT connectivity and health technologies in remote
areas). However, the unintended consequences and the way STI are applied need to
be taken into account, as STI can be both conducive to preserving but also
potentially damaging to indigenous cultures. We should consider the need of
technology assessments to account for intentional and unintentional impacts of
technologies that can be of adverse effect and contribute to trade-offs between
pursued sustainable development outcomes.
Elenita Daño – Powerful new technologies such as nanotechnology, synthetic
biology and geoengineering are being proposed and promoted to address
development challenges without prior evaluation and no regulation. Harnessing the
potentials of new technologies and innovations to achieve the SDGs requires a
concomitant emphasis on a strengthened global, regional and national capacity to
monitor and assess the social, economic, cultural, health and environmental
implications of technologies. An effective technology governance system should be
anticipatory, impartial, universal, aware of the need to deal with the risks arising
from interactions among multiple technologies developed for different purposes,
and ensure that countries and corporate interests do not unilaterally make
decisions that may have global impacts. Assessments should accompany the
development of the technology from science to shelf, before a new technology is
released in order to minimize waste and risk. Monitoring and assessment of new
technologies at the global, regional and national levels must be based on the
Precautionary Principle and must involve the participation of potentially affected
communities and sectors of society.
Xiaolan Fu - Innovation is costly, risky and path dependent. The developing
countries are hence constrained from creating most of the breakthrough
innovations and catching up with the advanced economies. As a result, making new
and existing technologies available to people who need them through technology
transfer to and within the developing countries is essential for the development of
technological capabilities in these countries. This is critical to equip the developing
countries with the capabilities to achieve the sustainable development goals. In this
regard, greater roles should be played by international cooperation and by
university-industry collaboration. Good use of information and communication
technology will help the global community to accelerate this process. The online
platform that the TFM is developing is an important step forward to overcome this
important bottleneck.
Paulo Gadelha - We consider the areas of Health and Sustainable Development as
almost Siamese areas. Health is an individual and collective right, articulating the
productive basis and innovation to human rights, equity and social inclusion. In the
Brazilian case, as in other countries, the Health sector is responsible for around 10%
of the GDP. Once we achieve a good relation between the Health sector and SDGs,
the social and economic effects should be extremely expressive to the Agenda 2030.
Health also plays a double role as a prerequisite and indicator to SDGs. We should
also highlight that the Health sector is a platform of new paradigms with an impact
in the countries innovation systems and in the Technology Facilitation Mechanisms
(TFM) - such as microelectronics, nanotechnology, fine chemicals, biotechnology,
Information Technology - and that articulates virtuously the public, private and
academic sectors. In Brazil we have a good example on how, in recent years, through
the shaping of the Health Economic Complex policy, Health achieved an important
role as an attractor to bring together innovation systems, productive policies and
the answers to social needs integrating public policies and public-private
Heide Hackmann - The global scientific community is rallying to respond to the
complex and converging set of challenges posed by Agenda 2030. Key to that
response is an emphasis on the need for integrated, collaborative approaches to the
production and use of scientific knowledge. This involves harnessing scientific
efforts from all regions of the world, working across the boundaries of scientific
fields, and engaging with other decision-makers, policy shapers, practitioners and
citizens in open, networked knowledge arenas aimed at collaborative learning and
problem-solving. In this solutions space, science takes it place alongside other types
of knowledge to co-create transformative, solutions-oriented knowledge for the
global public good. This understanding of ‘open science’ requires a paradigm shift in
our prevailing science policy thinking and practice – one that moves away from
competition to collaboration, from valuing the contribution of science through the
lens of national economic growth and competitiveness to supporting science as a
public enterprise working for a sustainable and just world. The onus is on science
policy makers who set research priorities, allocate funding, evaluate and reward
research, to secure the conditions of possibility for open science and support the
global scientific community in responding to the social imperative it entails.
Romain Murenzi - As hundreds of people converge to the United Nations
headquarters to attend the "First Annual Multi-stakeholders Forum on Science,
Technology and Innovation (STI) forum for sustainable development Goals (SDGs)",
we learned the positive and encouraging news of the appointment by the UN
Secretary General, H.E. Ban Ki-Moon, of the Governing Council of the "Technology
Bank for Least Developed Countries (LDCs)". As indicated in the feasibility study
submitted to the UN Secretary General on September 23, 2015, by the High Level
Panel (appointed for this purpose): (i) the Tech Bank will be a key instrument in
ensuring that the LDCs are no longer left behind in achieving internationally agreed
development goals, especially the Sustainable Development Goals (SDGs); (ii) It will
support building science, technology and innovation capacity for the poorest
countries of the world. This definitely proves the commitment that the UN and
International Community have to help poor nations in achieving the SDGs as
indicated in goal 17: "Strengthen the means of implementation and revitalize the
global partnership for sustainable development". (
Nebojsa Nakicenovic - The Sustainable Development Goals (SDGs) are holistic,
inclusive, indivisible, and aspirational. Treating the 17 SDGs individually will
hamper the realization of possible synergies and avoidance of potential conflicts and
implementation barriers. This already indicates that a systems perspective is
essential for identifying sustainable development pathways in integrated,
interdisciplinary, multi-scale approaches that consider social, economic and
environmental dimensions to look across borders and sectors in order to identify
feedbacks, tradeoffs and possible conflicts and synergies. Fortunately, there exist
combinations of resources, technologies, lifestyles and policy frameworks that could
toward fulfilling SDGs and achieving a long-term transformation toward sustainable
future for all. All of them imply a fundamental decarbonization of the energy
systems, land-use patterns which foster preservation of ecosystems, new water
management systems and new behaviors. Common to all is the need vigorous
improvement of efficiencies, new technologies and new practices. It is about doing
more with less.
Hayat Sindi - Energy is the prime mover, and is most important technological
problem to be solved, as this catalyses information, communication, biotechnology,
food, and every other sector linked to the SDGs. Artificial intelligence and machine
learning is intrinsically sustainable (as they are software/intellect driven and do not
consume raw materials) and will help steer this energy to optimise the vibrant
interplay between SDGs. Standing back, a core challenge of Agenda 2030, also
relates to leveraging the strength of STI across all sectors - through deep human
capacity building. (This is best captured by the term social innovation which
embraces a social goal, and the power of science.)

United Nations