The HE corpus contains 6,515 occurrences of the concept adaptation.
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Refresh the website if the graphics are not shownAdaptation occurs mostly in documents published in Europe, followed by Africa, Asia, North America and Oceania with comparatively smaller contributions. Overall, the top five contributors in terms of occurrences are IGO, NGO, RC, NGO_Fed and Net organisations.
IGO and RC documents provide the greatest number of occurrences, primarily from general documents published in Europe. Occurrences from NGO and NGO_Fed were mostly obtained from activity reports published in Asia.
Net documents mostly generated occurrences in activity reports published in North America.
is a/an
issue
future/global challenge
area
approach
necessity
multi-sectoral priority
development subfield
one of the "triple wins"
one of the three A's
part of risk prevention
part of resilience
exercise in damage limitation
has types by focus/area
hard adaptation
soft adaptation
sector-based adaptation
infrastructure
health
financial
has types by actor/group
community-based adaptation
the definition of which is debatable and rarely discussed
child-inclusive CCA
consists of measures
disaster preparation measures
economic measures
environmental & agricultural measures
infrastructure measures
communication & training measures
has a contested relationship with
resilience
both appear together as sibling concepts
resilience is seen as part/result of adaptation
yet adaptation is also seen as part/result of resilience
is combined with
disaster risk reduction & management
mitigation
development
anticipation
requires
adaptive capacity
financial resources to be available locally
reduced bureaucratic burdens
the dispersion of climate change science information
sharing knowledge & building capacity together
assessing risks
early investments in infrastructure (before costs become untenable)
insurance for social protection (given climate change's disproportionate effect on the poor)
is implemented nationally with
National Adaptation Programmes of Action (NAPAs)
National Adaptation Plans (NAPs)
both of which have been strongly critiqued
focuses on vulnerable communities
to the extent that it is a euphemism for social injustice
should be integrated with other approaches
should be gender-inclusive
is seen as a cultural imposition
on First Nations & local communities
and should be more culturally aware/rooted
is ultimately limited after climate thresholds are reached
and may be substituted by mass migration
the failure of which is referred to as
maladaptation
Adaptation is defined almost exclusively as a response to climate change, whether in the single-word form or in the more contextualised forms of climate change adaptation, climate adaptation, adaptation to climate change, or the abbreviation CCA.
CCA is considered slightly distinct from adaptation to climate variability, though both fall under the broadest definition found in the corpus, which refers to any adversity but not explicitly climate change (see excerpts below).
The most succinct definition in the HE corpus, quoted from an external document, is "development in a more hostile climate" (GD-238). While development may be an activity implicit in all climate change-based definitions, this lens is more restrictive in comparison to others.
Adaptation: adaptation refers to human action taken to reduce exposure or sensitivity to hazard over the long term.
The process of adjustment to actual or expected climate and its effects. In human systems, adaptation seeks to moderate or avoid harm or exploit beneficial opportunities. In some natural systems, human intervention may facilitate adjustment to expected climate and its effects.363
Drawing on the definitions of the Intergovernmental Panel on Climate Change (IPCC),3 adaptation to (human-induced, or ‘anthropogenic’) climate change is understood to include all actions to reduce the vulnerability of a system (e.g. a city), population group (e.g. a vulnerable population in a city) or an individual or household to the adverse impacts of anticipated climate change. Adaptation to climate variability consists of actions to reduce vulnerability to short-term climate shocks (whether or not these are influenced by climate change) – for instance, as a city government ensures that the drainage system can cope with monsoon rains. Most of the measures for adapting to climate variability (which will be taking place in most well-governed cities) will also contribute to climate change adaptation (as a co-benefit).
Adaptation: The adjustment in natural or human systems in response to actual or expected climatic stimuli or their effects, which moderates harm or exploits beneficial opportunities.
issue
regional common issue
key/vital issue
environmental justice issue
challenge
future challenge
global challenge
area
new area
policy area
area of climate action
approach
disaster risk reduction (DRR) technique, project, program
framework component
mitigating measure
risk management mechanism
action against climate change
necessity
global necessity
no-choice option
only option for limiting climate change damage
requirement for meeting targets
need in developing countries
multi-sectoral priority
development subfield
one of the "triple wins"
one of the three A's
part of risk prevention
part of resilience
exercise in damage limitation
Climate change adaptation activities can be categorised in several fashions, as in hard and soft adaptation, and actor-based approaches, like community-based adaptation. The data amassed below originates from a mix of Activity Reports mostly from Europe and Asia and select General Documents.
While adaptation can permeate all layers of society, several areas receive particular attention: environmental/agricultural measures and infrastructure measures. Despite the informational and behavioural challenges posed by climate change, adaption is clearly based in physical activities and responses.
The variety of measures included below may also overlap with similar concepts, such as resilience, mitigation, and Disaster Risk Reduction (DRR) (see their respective concept entries), which sometimes have unclear definitions with respect to each other. See other related concepts below and Debates & Controversies for more information.
hard/soft categories
hard adaptation
physical modifications
additional infrastructure, technology
soft adaptation
adaptive management
improved flood & hydrological monitoring
emergency response plans
sector-based divisions
infrastructure
repairing and maintaining the sea wall
health
flood-proofing health clinics
sanitation and water
emergency response system
financial
cash reserve
contingent capital
strengthening the primary insurance market
Community-based adaptation is a process that recognizes the importance of local adaptive capacity and the involvement of local residents and their community organizations in facilitating adaptation to climate change.19 The starting point for community-based adaptation is the individual and collective needs of the residents in a community and their knowledge and capacities. It is based on the premise that local communities have the skills, experience, local knowledge and motivation, and that – through community organizations or networks – they can undertake locally appropriate risk reduction activities that increase resilience to a range of factors, including climate change.
Child inclusive Climate Change Adaptation (CCA) tools were developed, designed and printed to strengthen the capacity of children within the education sector by mainstreaming climate change adaptation and disaster risk reduction
disaster preparation measures
improving disaster prevention capabilities
risk management
economic measures
climate finance
family financial plan considering the stressors of climate change
introducing secondary means of income generation
environmental & agricultural measures
tree plantation
home gardening
nursery development
protection and conservation of forests and biodiversity
allowing natural regeneration of forests in degraded forest land
changed cropping pattern
watershed management
DRR and horticulture development with variety of resilience
crop diversification
mixed crop-livestock farming systems
changing planting and harvesting dates
using drought-resistant varieties and high-yield water-sensitive crops
growing different crops
more effective planning of land use
protecting ecosystem resources (grasslands, forests, water reserves)
selecting adapted seed varieties
infrastructure measures
low carbon development
upgrading or building of disaster proof houses
elevated pigpens to cope with floods
upgrading/building septic tank toilets
community water pond, model ring well & water gate structures
drinking-water management
reconstruction of roads and embankments
re excavation of mini pond
irrigation channels excavation
PSF management
improving water-supply systems in rural areas
flood control
raising road levels
sealing more roads
installing coastal protection
building larger, stronger bridges & wharves
the readoption of vernacular building techniques
retreat, accommodation or infrastructural solutions to sea level rise
increases in reserve margins and other kinds of back-up capacity
attention to system designs allowing adaptation & modifications
communication & training measures
increased knowledge sharing
capacity building programs
awareness raising campaign on climate change
awareness of raising of loss and damage
Resilience (see related concept entry) appears frequently with climate change adaptation and its variants. As noted in Definitional Contexts, the latter is sometimes seen as a part of the former. However, this relationship is far from the only one ascribed to these concepts. CCA and resilience also appear together as common issues or goals (i.e., sibling concepts). Additionally, each concept has on multiple occasions been considered part of or the result of the other.
In general, adaptation appears to be more often considered as part of resilience. Yet the sentence fragments below display the seeming contradiction and uncertainty between them. At the same time, the notion that adaptation necessarily improves resilience has also been undermined by evidence to the contrary.
the importance of climate resilience and adaptation
climate resilience/adaptation
work on resilience and adaptation to climate change
The outcome of successful adaptation is resilience
adaptation projects for increasing resilience
Building climate resilience will require climate change adaptation
adaptation activities aim at building the resilience of people
Building resilience as a strategy for climate change adaptation
Adaptation involves incorporating climate resilience into development planning
undertake climate change adaptation through building communities' resilience
'Resilience' is an interesting label to describe the integration of CCA, DRR and PR, as it starts from people's own capabilities and potential.
NCA has made a shift in focus from reducing communities' vulnerabilities to climate change to increasing their resilience to it. This is a response to evidence that focusing solely on climate change mitigation and adaptation does not foster community resilience.
Disaster risk reduction and disaster risk management (DRM) are two closely related concepts for climate change adaptation. This is particularly evident when these terms appear in their abbreviated forms: CCA coappears with one or both of these concepts in a large majority of cases.
As described in the excerpts below, the artificial separation of DRR and CCA is problematic for field operations. As such, some organisations have integrated them over time in their activities. Yet they are still distinguished, for example by their differing temporal focus: DRR is based on past events, while CCA attempts to counteract future changes.
For example, 83% of reporting countries confirmed that they have or are developing CCA strategies and action plans and thirty-two (32) countries (89%) reported that they have established new DRR/DRM/CCA bodies specifically to deal with climate and disaster risks.
Thus, sending different teams to the field, each working separately either on DRR, on CCA or on PR projects, without linking with each other is a) very confusing for local communities who live in multi-risk environments and are simultaneously impacted by interrelated shocks, b) not very efficient for organizations who multiply efforts by working in the same area, towards the same goal, but with different conceptual backgrounds, approaches and sources of funding and c) masking some of the real issues.
The three domains have different time dimensions: while DRR looks at the past and how not to repeat it, CCA looks at a worst-case future scenario and how to prevent it. These time scales are not necessarily in people's cognitive framework, neither on the donor nor recipient side.
From 2013 onwards, there has been a growing convergence between DRR and CCA at project and institutional levels within AIDMI as well as its partners and stakeholder communities.
It is essential for any effective humanitarian work that CCA and DRR be jointly steered and guide by a single development framework
Adaptation and mitigation are frequently paired and have been seen as the two sides of climate change strategies or two key factors of sustainability.
Adaptation, mitigation, and development have been referred to as "triple wins," although in very few cases. Still, it is a useful indicator of the close relationship adaptation has with development, which do coappear frequently.
UNDP promotes both climate change mitigation and adaptation efforts since both are essential to meet the climate change challenge. On mitigation, UNDP's efforts include promoting greater energy efficiency in all sectors and uses, increased utilization of a wide range of renewable energies, increased energy access for the poor, policy reform and capacity development. On the adaptation side, UNDP supports countries as they work to integrate climate risks into national development policy and plans, develop financing options to meet national adaptation costs and share adaptation knowledge and experiences.
Measures against climate change are largely divided into adaptation and mitigation measures. Adaptation measures are undertaken in such sectors as disaster risk reduction (DRR), water and sanitation, and agriculture to make societies more resilient to changes associated with climate change. Mitigation measures, on the other hand, are designed to reduce GHG emissions or increase GHG removal from the atmosphere through carbon sinks in such sectors as energy, transport, solid waste management, and forestry in order to promote low-carbon societies.
Adaptive capacity appears 213 times in 83 documents, with 50 occurrences solely in GD-238. While also used with other subject matter, it most commonly refers to the ability to enact climate change adaptation measures. Projects to enhance adaptive capacity, then, are distinct from adaptation measures and may focus especially on addressing economic and knowledge limits.
A related term, adaptation deficit, is also used to refer to the degree to which a population cannot adapt, although it lacks widespread usage (appearing in just two documents).
Adaptive capacity is the ability to learn from experience and adjust responses to changing external conditions, yet continue operating.
This report launches an urgent appeal to accelerate and scale up actions to strengthen resilience and adaptive capacity in the face of changing climate variability and increasing extremes.
Adaptive capacity is the inherent capacity of a system (e.g. a city government), population (e.g. a low-income community in a city) or individual/household to undertake actions that can help to avoid loss and can speed recovery from any impact of climate change. Adaptive capacity is the opposite of vulnerability.
[....]
Elements of adaptive capacity include knowledge, institutional capacity, and financial and technological resources.
[....]
Low-income populations in a city will tend to have lower adaptive capacity than high-income populations because of their lower capacity to afford good-quality housing on safe sites.
The lack of adaptive capacity to deal with problems caused by climate variability and climate change is strongly related to the scale of what can be termed the adaptation deficit: the deficit in infrastructure and service provision and in the institutional and governance system that is meant to be in place to ensure adaptation.
Anticipation, absorption, and adaptation have been coined the "three A's" with regards to building resilience, although this concept is referred to in only a handful of cases, most prominently in RC documents.
Anticipation tends to be formulated as the precursor to or planning dimension of adaptation. It appears to underscore the sentiment that adaptation requires significant knowledge and commitment before being enacted (see GD-103 for further discussion).
National Adaptation Programmes of Action (NAPAs) are among the few tangible products of multilateral cooperation on adaptation. Funded through the GEF’s Least Developed Countries (LDC) Fund, NAPAs are intended to identify urgent and immediate needs while at the same time developing a framework for bringing adaptation into the mainstream of national planning.
NAP Global Network: Launched by the United States with several partners at COP 20 in Lima, Peru, the NAP Global Network (NAP GN) aims to galvanize bilateral support for developing countries in their process to formulate and implement national adaptation plans .
According to Theodoros Skylakakis, Member of the European Parliament and former Special Representative for Climate Change of Greece (in an interview on 'Climate change and migration: impacts and policy responses'), " national adaptation plans are in their infancy due to the uncertainty inherent in the climate change phenomenon.
issues
climate change science, impacts, DRR, mitigation and gender dimension and global and national policy responses to climate change
key issues
risk reduction, poverty reduction
regional common issues
efficient water supply system, disaster management
triple wins
mitigation, development
new areas
energy efficiency in buildings
parts of risk prevention
disaster risk reduction
parts of resilience
anticipation, absorption
the three A's
anticipation, absorption
multi-sectoral priorities
good governance
global challenges
food, water, energy security, health
actions against climate change
the creation of a low carbon society
policy areas
cohesion, development, environmental impact assessment, the internal security strategy and research, health, nuclear safety and insurance initiatives
needs in developing countries
climate change mitigation, assistance in establishing legal systems, support for peacebuilding and reconstruction
mitigating measures
expanded social security programmes
future challenges
food security
areas of climate action
emissions mitigation, adaptation technology transfer, and climate finance
DRR projects/programs
food security and environmental protection institutional capacity building, emergency response
risk management mechanisms
insurance, social protection
Frequent words that accompany a term are known as collocates. A given term and its collocates form collocations. These can be extracted automatically based on statistics and curated manually to explore interactions with concepts.
Comparisons over time between organisation types with the greatest number of hits (IGO, NGO, RC, NGO_Fed and Net organisations) may prove to be meaningful. Below is an histogram for the top yearly collocation for each of the five organisations with the greatest contribution as well as across all organisation types.
Collocational data for adaptation was found to be scarce. Across all 5 organisation types analysed, only 3 top collocates were obtained:
climate;
climate-change; and
CCA (Climate change adaptation)
IGO documents generated climate as top collocate in 2011.
NGO documents generated climate as top collocate in 2016 with the highest overall score.
RC documents generated climate-change as top collocate in 2016 with the highest overall score.
NGO_Fed documents generated climate as top collocate for 2015.
Net documents generated mitigation as top collocate for 2017.
Organisation subcorpora present unique and shared collocations with other organisation types. Unique collocations allow to discover what a particular organisation type says about adaptation that others do not.
IGO documents feature the following top ten unique collocates:
adaptation
CCAI (Climate Change and Adaptation Initiative)
cancun
deficit
incremental
NAP ( National Action Plan )
pro-poor
adaptive
city-based
modal
NGO documents feature the following top ten unique collocates:
Kishapu (City in Tanzania)
climatic
CCAG (Climate Change Adaptation Group)
prize
e-learning
community-level
FCA (FinnChurchAid)
MoH (Ministry of Health)
adjustment
empowerment
RC documents feature the following top ten unique collocates:
anticipation
SLURC (Saint Lucia Red Cross>)
progressive
character
prior
write
MOU (Memorandum of Understanding)
diversification
ongoing
operational
NGO_Fed documents feature the following top ten unique collocates:
CBA (community-based adaptation)
climate change
agro-ecological
child-centred
bathroom
permission
crucial
CARITAS
pilot
equipment
Net documents feature the following top ten unique collocates:
SREX (Special Report on Managing the Risk of Extreme Events)
GFDRR (Global Facility for Disaster Reduction and Recovery)
ODI (Overseas Development Institute (UK))
Senegal
track
profile
Southern
recovery
balance
bank
Shared collocations allow to discover matching elements with organisations who discuss adaptation. These constitute intersections between subcorpora.
Top collocates shared by 2 organisation types are:
UNFCCC (United Nations Framework Convention on Climate Change ) (RC + IGO)
community-based (NGO_Fed + IGO)
DRM (Disaster Risk Management) (NGO + Net)
ecosystem (NGO + IGO)
mainstream (Net + IGO)
integrate (RC + IGO)
flexibility (NGO + IGO)
integration (NGO + IGO)
incorporate (NGO + IGO)
coastal (Net + IGO)
Top collocates shared by 3 organisation types are:
climate-change (RC + NGO_Fed + NGO)
DRR (Disaster Risk Reduction) (RC + NGO + Net)
translation (RC + NGO_Fed + IGO)
community-based (NGO_Fed + NGO + IGO)
option (NGO + Net + IGO)
urban (RC + NGO + IGO)
innovation(NGO_Fed + NGO + IGO)
extreme (NGO_Fed + Net + IGO)
technology (RC + NGO+ IGO)
pacific (RC + NGO_Fed + IGO)
Top collocates shared by 4 organisation types are:
vulnerability (RC + NGO + Net + IGO)
advance (RC + NGO + Net + IGO)
preparedness (RC + NGO_Fed + Net + IGO)
livelihood (RC + NGO_Fed + Net + IGO)
mechanism (RC + NGO_Fed + Net + IGO)
building (NGO_Fed + NGO + Net + IGO)
impact (RC + NGO_Fed + Net + IGO)
base (RC + NGO_Fed + Net + IGO)
promote (RC + NGO_Fed + Net + IGO)
local (RC + NGO_Fed + Net + IGO)
Top collocates shared by 5 organisation types are:
climate (RC + NGO_Fed + NGO + Net + IGO)
mitigation (RC + NGO_Fed + NGO + Net + IGO)
CCA (RC + NGO_Fed + NGO + Net + IGO)
change (RC + NGO_Fed + NGO + Net + IGO)
resilience (RC + NGO_Fed + NGO + Net + IGO)
reduction (RC + NGO_Fed + NGO + Net + IGO)
measure (RC + NGO_Fed + NGO + Net + IGO)
strategy (RC + NGO_Fed + NGO + Net + IGO)
risk (RC + NGO_Fed + NGO + Net + IGO)
finance (RC + NGO_Fed + NGO + Net + IGO)
The chart below represents the distribution of adaptation between 2005 and 2019 in terms of the number of occurrences and relative frequency of occurrences. It also allows you to view the distribution across Regions, Organisations and Document types.
The relative frequency of a concept compares its occurrences in a specific subcorpora (i.e. Year, Region, Organisation Type, Document Type) to its total number of occurrences in the entire HE corpus. This indicates how typical a word is to a specific subcorpus and allows to draw tentative comparisons between subcorpora, e.g. Europe vs Asia or NGO vs IGO. You can read these relative frequencies as follows:
Relative frequency is expressed as a percentage, above or below the total number of occurrences, which are set at 100%. This measure is obtained by dividing the number of occurrences by the relative size of a particular subcorpus.
Under 100%: a word is less frequent in a subcorpus than in the entire corpus. This is means that the word is not typical or specific to a given subcorpus.
100%: a word is as frequent in a subcorpus as it is in the entire corpus.
Over 100%: a word is more frequent in a subcorpus than in the entire corpus. This means that the word in question is typical or specific to a given subcorpus.
As an author, you may be interested in exploring why a concept appears more or less frequently in a given subcorpus. This may be related to the concept's nature, the way humanitarians in a given year, region, organisation type or document type use the concept, or the specific documents in the corpus and subcorpora itself. To manually explore the original corpus data, you can consult each Contexts section where available or the search the corpus itself if needs be.
Occurrences of adaptation were highest in 2011, also obtaining the highest relative frequency recorded (236 %).
Europe generated the greatest number of occurrences and Africa generated the highest relative frequency with 219%.
The top 5 organisation types with the highest relative frequency of adaptation are IGO, Net, WHS, RE and State.
Activity reports provided the greatest number of occurrences and general documents generated the highest relative frequency with 180 %.
This shows the evolution of adaptation and in the vast Google Books corpus, which gives you a general idea of the trajectory of the term in English books between 1950 and 2019. Values are expressed as a percentage of the total corpus instead of occurrences.
Please note that this is not a domain-specific corpus. However, it provides a general overview of and its evolution across domains.
Adaptation progressively increases until it reaches its peak in 2015. Then it declines slightly until 2019.
Discussion on the merits and challenges of adaptation is concentrated in several General Documents that contain the highest number of hits. The top five documents are GD-238, GD-192, GD-127, GD-102, and GD-152. While the basic concept of adaptation is understood and implemented with a large degree of consensus, the topics below indicate how it is nonetheless a multidimensional endeavour that requires nuanced consideration.
Adaptation is becoming a euphemism for social injustice on a global scale. While the citizens of the rich world are protected from harm, the poor, the vulnerable and the hungry are exposed to the harsh reality of climate change in their everyday lives.
Policies must set aside funding and other assistance to help poor people adapt. Policy makers call this "adaptation," but it really means helping vulnerable communities become more resilient in the face of climate change.
A big challenge is the silo approach, where each department implements its own strategies and plans without collaboration with other departments. CCA is disproportionally emphasised at the cost of anthropogenic and developmental impacts.
A related concern is a common disconnect between DRR-CCA at the institutional, policy and financing levels, which consist of independent mechanisms for coordination and implementation, which often leads to conflict and confusion.
A major problem is that mitigation and adaptation options often differ in important ways. For instance, they tend to differ as to when benefits are realized (mitigation benefits lag in time, while adaptation benefits may be nearer term), where benefits are realized (mitigation is global while adaptation benefits are more localized) and what sectors are the focus of action (mitigation focused on GHG emitters or sinks, and adaptation focused on activities, infrastructure and population segments sensitive to impacts).
The Report suggests three main areas in which the international community can support and enable more effective urban mitigation and adaptation responses:
• Financial resources need to be made more directly available to local players [...]
• Bureaucratic burdens on local access to international support should be eased [...]
• Information on climate change science and options for mitigation and adaptation responses should be made more widely available [...]
Information. Many of the world’s poorest countries lack the capacity and the resources to assess climate risks [....]
Infrastructure. In climate change adaptation, as in other areas, prevention is better than cure. Every US$1 invested in pre-disaster risk management in developing countries can prevent losses of US$7 [....]
Insurance for social protection. Climate change is generating incremental risks in the lives of the poor. Social protection programmes can help people cope with those risks while expanding opportunities for employment, nutrition and education [....]
Golden, Audet and Smith (forthcoming, 2015) found that the term 'continuity' was preferable to 'adaptation' in the context of climate change among the First Nations people in Canada, because the former better matched their perspectives on how they relate to their land.
Unless much more attention and respect is given to people's own priorities, behaviours and belief systems, it is highly unlikely that DRR and CCA can make enough impact.
What 'community' or 'community-based' actually means in the context of internal divisions of class, gender, ethnicity and so on is rarely discussed in papers or reports on DRR and CCA activities.
Further, it is critical to include women as equal participants in any adaptation strategy. This will help to avoid contributing to differences in the relative vulnerability to climate change. Women can be supported through livelihood activities that are more tolerant and/or less vulnerable to an increasingly extreme and variable climate.
Have they succeeded? On balance the answer to that question is ‘no’. Twenty NAPAs have been produced to date. While many include excellent analytical work, the overall exercise suffers from four inter-related shortcomings:
Inadequate financing [....]
Underestimation of adaptation costs [....]
Project-based bias [....]
Weak links to human development [....]
This approach to adaptation is fundamentally based on the idea of adapting "in situ". Migration is somehow viewed as a failure to adapt. The United Nations Framework Convention on Climate Change, for example, has supported the development of National Adaptation Programmes of Action (NAPA) to help the Least Developed Countries to identify and rank their priorities for adaptation to climate change. However, none of the fourteen NAPAs submitted so far mention migration or population relocation as a possible policy response.
Agricultural crops, fish and seafood species, coral reef and forest ecosystems, and even human beings are all constrained by climate thresholds.285 Adaptation is no longer feasible once these thresholds are reached, and the implications of this are significant. For example, lack of possibilities for adaptation is the very reason why the likelihood of a person being displaced by a disaster is 60 percent higher today than it was four decades ago.286
The term maladaptation appears 18 times in the HE corpus and is used exclusively as an antonym for adaptation. It is defined quite often despite its small number of contexts, implying its low visibility and specialised usage. The definition provided below is representative of how it is conceived in the discovered contexts.
In general, economic development helps reduce vulnerability to many of the consequences of climate change. In some cases, however, "development as usual" may inadvertently increase vulnerability. This is known as "maladaptation", and in order to avoid this, developing countries need to assess climate risks and vulnerabilities systematically and integrate potential "adaptation" measures in development policies, plans and projects.
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