GEO-6
is the most comprehensive report on the global environment since 2012. It
addresses the main challenge of the 2030 Agenda for Sustainable Development
that no one should be left behind, and that all should live healthy, fulfilling
lives for the full benefit of all, for present and future generations.
The Report aims to help policymakers
and all of society achieve the environmental dimension of the Sustainable
Development Goals, internationally agreed environmental goals and the
multilateral environmental agreements. It does so by assessing recent scientific
information and data,
analyzing current and past environmental policy, and identifying future options
for achieving sustainable development by
2050.
GEO-6 tries to answer
questions such as:
· What is the current
state of the environment and why?
· How successful have we
been in achieving our internationally agreed environmental goals?
· Have there been
successful environmental policies?
· What are the policy
lessons learned and possible solutions?
· Is the current policy
response enough?
· What are the business as
usual scenarios and what does a sustainable future look like?
· What are the emerging
issues and megatrends including their possible impacts?
· What are the possible
pathways to achieving Agenda 2030 and other internationally agreed
environmental goals?
The Key Messages of GEO-6:
·
The
overall environmental situation is deteriorating globally and the window for
action is closing.
·
Unsustainable
production and consumption patterns and trends as well as inequality, combined
with population growth-driven increase in resource use, put at risk the healthy
planet needed to attain sustainable development. These trends are deteriorating
planetary health at unprecedented rates with increasingly serious consequences
especially for poorer people and regions.
·
The
world is not on track to achieve the environmental dimension of the Sustainable
Development Goals, and other internationally agreed environmental goals, by
2030 and is not on track to deliver long-term sustainability by 2050. Urgent
action and strengthened international cooperation are now needed to reverse
those negative trends and restore the planet and human health.
·
Past
and present greenhouse gas emissions have already committed the world to an
extended period of climate change with multiple and increasing environmental
and society-wide risks.
·
Air
pollution, currently the cause of 6 to 7 million premature deaths per year, is
projected to continue to have significant negative effects on health, and still
cause between 4.5 million and 7 million premature deaths annually by
mid-century.
·
Biodiversity
loss from land-use change, and habitat fragmentation, overexploitation and
illegal wildlife trade, invasive species, pollution and climate change is
driving a mass extinction of species, including critical ecosystem service
providers such as pollinators. This mass extinction compromises Earth’s
ecological integrity and capacity to meet human needs.
·
Marine
plastic litter, including microplastics, occurs in all levels of the marine
ecosystem and also shows up in fisheries and shellfish at alarming levels and
frequency. The adverse impact of marine microplastic on the marine system is
unknown with potential health impacts through the consumption of fish and
marine products. More research on the magnitude of the problem is still needed.
·
Land
degradation is an increasing threat for human well-being and ecosystems,
especially for those in rural areas who are most dependent on land
productivity. Land degradation hotspots cover approximately 29 per cent of
global land, where 3.2 billion people reside.
·
Natural
resources, including freshwater and oceans, are too often over-exploited,
poorly managed and polluted. Approximately 1.4 million people die annually from
preventable diseases, such as diarrhoea and intestinal parasites, that are
associated with pathogen-polluted drinking water and inadequate sanitation
·
Antibiotic-resistant
infections are projected to become a main cause of death worldwide by 2050.
Affordable, widely available wastewater treatment technologies, to remove
antibiotic residues could have huge benefits for all countries. Even greater
efforts should be made to control mismanagement of antibacterial drugs at
source, in human and agricultural use.
·
The
harmful impacts of inappropriate use of pesticides, heavy metals, plastics and
other substances are of significant concern as such compounds appear in
alarmingly high levels in our food supply. They primarily affect vulnerable
members of society, such as infants exposed to elevated levels of chemicals.
The impacts of neurotoxins and endocrine-disrupting chemicals are potentially
multi-generational
Transformative
change: A
call for systemic and integrated policy action
·
The
social and economic costs of inaction often exceed the costs of action and are
inequitably distributed, often being borne by the poorest and most vulnerable
in society, including indigenous and local communities, particularly in
developing countries.
·
Current
environmental policy alone is not enough to address these challenges. Urgent
cross-sectoral policy actions, through a whole-of-society approach, are needed
to address the challenges of sustainable development.
·
Achieving
internationally agreed environmental goals on pollution control, clean-up and
efficiency improvements is crucial, yet insufficient to achieve the Sustainable
Development Goals. Transformative change is needed to enable and combine
long-term strategic and integrated policymaking while building bottom-up
social, cultural, institutional and technological innovation.
·
Some
of the key features of effective environmental policies for sustainable
development are integrated objectives, science-based targets, economic
instruments, regulations and robust international cooperation.
·
Transformative
change that achieves the Sustainable Development Goals and other
internationally agreed targets includes a tripling of today’s decarbonization
rate as we head towards 2050, a 50 per cent increase in food production and the
adoption of healthy and sustainable diets across all regions.
·
The
transformative changes needed to achieve sustainable development will be most
successful when they are just, respect gender equality, recognize different
impacts for men, women, children and the elderly and take into account inherent
societal risks.
·
The
health co-benefits of reducing greenhouse gas emissions and air pollutants,
including short-lived climate pollutants, together can outweigh the costs of
mitigation, while achieving climate and air quality targets, increasing
agricultural production and reducing biodiversity loss. Access to safe drinking
water and sanitation can also provide environmental and health co-benefits.
·
Sustainable
outcomes can best be achieved by combining objectives for resource use
efficiency, with ecosystem-based management and better human health, drawing on
scientific, indigenous and local knowledge.
Governance of innovations:
·
Food,
energy and transport systems as well as urban planning and chemical production,
are primary examples of systems of production and consumption needing
innovative, effective and integrated policies.
·
Innovations
are part of the solution but can also create new risks and have negative
environmental impacts. Precautionary approaches can reduce threats of serious
or irreversible damage where relevant scientific evidence is insufficient to
inform decision making.
·
Innovation
in and deployment of technologies to reduce greenhouse gas emissions and
increase resource efficiency can strengthen the economic performance of
countries, municipalities, enterprises and other stakeholders.
·
Agreement
on desired pathways for transformative change under conditions of uncertainty
can be fostered by coalitions between governments, businesses, researchers and
civil society.
·
Sustainable
development will be more likely to be achieved through new modes of governance
and adaptive management that give greater priority to the environmental
dimension of the Sustainable Development Goals, while promoting gender equality
and education for sustainable production and consumption.
Harvest time: Knowledge for sustainability
·
The
new sustainability governance models should also ensure adequate investments in
knowledge systems such as data, indicators, assessments, policy evaluation and
sharing platforms, and act on internationally agreed early signals from science
and society to avoid unnecessary harm and costs.
·
Data
from satellites, combined with monitoring on the ground, can enable quicker
actions across the world, for example in response to extreme weather events.
Widening possible access to data, information and knowledge and improving the
infrastructure and capacities to harness that knowledge, will enable this data
to be put to most effective use.
·
More
investment in indicators that integrate different data sources and delineate
clearly gender and inequality aspects, will enable better designed policy
interventions and their evaluation.
·
Further
developments are needed in environmental and natural resource accounting to
ensure that environmental costs are internalized into economic decision making
for sustainability.
·
Harnessing
the ongoing data and knowledge revolution, as well as ensuring the authenticity
and validity of these data to support sustainable development, combined with
international cooperation, could transform capacities to address challenges and
accelerate progress towards sustainable development.
·
Most
important is the need to take bold, urgent, sustained, inclusive and
transformative action that integrates environmental, economic and social
activity to put society on pathways to achieve the Sustainable Development
Goals, multilateral environmental agreements, internationally agreed
environmental goals and other science-based targets.