1 Introduction
What, concretely, are the essential constituents of a
decent life—one that goes beyond just subsistence, or ‘extreme poverty’? What ‘things’ should people have, and what resources do societies need to provide these goods? The limitations of income, and particularly the International Poverty Line, as a measure of poverty are now well understood (Reddy and Pogge
2009; Reddy
2008; Stiglitz et al.
2009). Without some notion of human requirements, there is no coherent way to specify an income level, let alone across countries, that can support a particular standard of living. Since the formulation of the Human Development Index (HDI) published in the UN Human Development Report in 1990, a number of multidimensional indicators of poverty have been proposed, such as the Multidimensional Poverty Index (MPI), and, more recently, the Social Progress Indicator (SPI). Generally, the focus of these indicators is on measuring outcomes of human wellbeing, rather than on specifying the requirements for achieving these outcomes. Here, we propose a set of
material requirements that are essential for human flourishing, or what we call decent living standards (“DLS”). The DLS aims to be a starting point for comprehensively specifying the material constituents of a multidimensional poverty indicator, such as the SPI. Another motivation for focusing on material conditions is to provide a basis for determining the dependence of poverty eradication on natural resources and guiding their allocation where relevant.
1
Our proposed DLS rests on previous conceptualizations of poverty and basic justice. Specifically, we draw from previous basic needs approaches (Doyal and Gough
1991; Max-Neef et al.
1991; Wiggins
1998), but also find support for the DLS from the capabilities approach (Nussbaum
2000; Sen
1987,
1993), as we elaborate later. Proponents of both approaches define basic needs (or capabilities) at a level of abstraction that eschews the specification of material commodities, in part due to their dependence on peoples’ culture, context and physical characteristics. The basic needs approaches of Max-Neef and Doyal & Gough (D&G) do grapple with the material dependence of human needs (material ‘satisfiers’, in their parlance). However, neither approach goes so far as to specify a universal set of material satisfiers of basic human needs. We fill this gap here. We see the DLS as a set of material conditions that people everywhere ought to have, no matter what their intentions or conception of a good life, or what other rights they may claim. These material requirements have no intrinsic value of their own. They are justified as entitlements only to the extent they are essential preconditions to meet basic needs or provide central capabilities. We specify the extent to which and how such material conditions can be generalized and specified for everyone, and where democratic processes would have to take over to reach the level of specificity required for their full operationalization. We argue, using global survey data, that in some cases particular commodities deserve inclusion in the DLS, where people globally reveal an overwhelming proclivity for them other potential alternatives. We also show that the provision of DLS to households generates further social (material) prerequisites at various scales, including at the community- and societal level.
The rest of the paper is organized as follows. In Sect.
2, we discuss the support for DLS in basic needs and capability theories, in resourcist approaches to justice, and in international law and policy. In Sect.
3, we elaborate on the concept of DLS and its scope, and propose some principles that are necessary to guide the selection and specification of its components. In Sect.
4, we discuss the practical applications of such a DLS, comparing it to other poverty indicators, and to reference budgets/living wage estimations. In Sect.
5, we lay out the actual components of the DLS, the rationale for their inclusion, and quantity threshold indicators, where relevant. In Sect.
6, we conclude with some thoughts for further work.
4 Decent Living Standards—Concepts and Principles
We propose the DLS as a ‘lowest common denominator’ of basic material requirements that are instrumental (but not sufficient) to achieve physical, and to an extent social, dimensions of human wellbeing, whether conceived as basic needs or basic capabilities, and independent of peoples’ values or relative stature in society.
In the case of social wellbeing, it is harder to conceptualize commodity dependence, particularly considering that material possessions may satisfy social goals (e.g., status symbols) due to prevailing norms, not because they are intrinsically essential (Max-Neef et al.
1991). As described further below, we restrict our excursion into the social realm only to the
means of social engagement, not the fulfillment of any social goals. To the extent these are non-essential and value-driven, we argue they belong in a DLS only if they are globally desired by an overwhelming majority of people.
Below we describe in more detail a set of principles to guide the selection of commodities into the DLS. We then discuss the limitations to the scope of the DLS.
4.1 Guiding Principles
In justifying a DLS in terms of material requirements for everyone, we face a number of challenges. The most obvious is that multiple commodities may satisfy a need or capability, and that the appropriate choice may be contingent on culture and other contextual factors. Further, we indicated earlier that harm avoidance, as used in the basic needs approaches, is a useful basis from which to develop selection criteria for commodities. However, harm is also contingent on context and on human vulnerabilities, and inadequately specified in basic needs theories. Third, since one of our objectives is to link poverty eradication to natural resource use, we need to be comprehensive in determining essential resource requirements. We introduce some principles to guide the specification of universal satisfiers in light of these three challenges.
1.
Constituents of a DLS must either be necessary and indispensable, or globally desired. There may be many material satisfiers that can serve a need or capability. We therefore need criteria for inclusion into a DLS. A good belongs in a DLS if and only if it satisfies conditions (a) AND (b) AND (either c.1 or c.2) below:
(a)
It satisfies at least one basic need or capability (that is, it either helps fulfill a dimension, or prevents harm to people’s own fulfillment)
9;
(b)
It doesn’t harm the fulfillment of anybody’s needs or capabilities;
(c)
1.
It is the only satisfier of at least one basic need/capability;
2.
It is one of many competing satisfiers, but it is overwhelmingly preferred at a global scale for at least one dimension. The bar must be set high for such support—goods must be owned or desired by an overwhelming majority populations in all countries where they are available and affordable.
If a need/capability can be met by a number of satisfiers that don’t meet condition (c.1) or (c.2), then the DLS constituent has to be decided at an implementation phase, through participatory approaches.
Take some examples. For adequate nutrition, if many different diets (e.g., meat-based or vegetarian) can provide the required nutrition and none is universally desired [(a) and (b) met, but not (c.1) nor (c.2)], then the specification of a DLS should remain at the level of nutrients, allowing for different diets to be determined at the local level through participatory methods. On the other hand, consider education, which arguably depends on knowledge acquisition from media as well as from the classroom. If newspapers and televisions are two competing media that offer equivalent content, televisions may be part of a DLS if they are universally desired [violate (c.1) but meet (c.2)]. However, if alcohol were universally desired [(c.2) satisfied) and consumed, but known to cause harm to human health (violating (b)], it should not be included.
2.
A DLS limits the risk of harm to achieving basic human wellbeing to an acceptable threshold. DLS constituents may be included because they prevent harm to meeting basic needs, such as good health. However, the assessment of potential harm is not straightforward. The ambiguity lies in at least two aspects: what is the risk of an effect (which in turn is the product of the severity of an effect and its likelihood); and one’s vulnerability to it. It is the combination of these that together define the risk of harm. Different resources would be required to mitigate risk depending on the extent of risk aversion one chooses, as is well known in risk analysis. Because of this dependence, a DLS eventually would need to define such risk thresholds, notably for different types of people, who have different levels of risk tolerance. For instance, the average person may tolerate a few days of extreme heat or muggy weather, particularly with adequate access to fluids and shade, but the elderly may have a much lower tolerance for the same conditions. A DLS in practice would be contingent on the establishment of such risk thresholds.
We propose two qualitative boundary conditions for setting these thresholds. On the one hand, everyone ought to be insulated from potentially fatal conditions, even of low likelihood (e.g., vaccinations against diseases, such as polio). Furthermore, harm should also include prolonged exposure to extreme discomfort. Freedom from ‘extreme discomfort’ in a household, for example, can be defined as freedom from
prolonged exposure to indoor air pollution, inadequate lighting at night, high ambient temperatures or humidity,
excessive labor to meet other basic needs (e.g., cooking or washing). Such extreme conditions can debilitate (physically, emotionally or psychologically). Excessive labor on household chores can be debilitating, but it can also reduce time available to pursue leisure or gainful activities. For example, women spend hours collecting and carrying firewood and water in poor countries, cooking, and washing clothes, which restricts their opportunities and choices for participating in other roles in society (Pachauri and Rao
2013). There is a judgment involved as to when the opportunity cost of her time becomes ‘harmful’, but at some point this opportunity cost must be recognized as an unjust encumbrance.
3.
Individual entitlements give rise to material requirements at the household, community or societal level. The DLS are individual entitlements, but society is typically organized such that people share material resources, at different levels or aggregation. We find it useful to define DLE at three scales: household, community and society at large. Families share homes and utility access (e.g., electricity connections); members of a community typically share schools, hospitals, or transport infrastructure to achieve mobility. The provision of these facilities, in turn, may necessitate the development and use of physical infrastructure at a city, state or national level (e.g., road networks, electricity grids). The levels and types of sharing mechanisms are a function of our times, reflecting norms, technology, economics, or other societal characteristics. This has three practical implications for a DLS: different DLS constituents may be defined and measured at different levels of aggregation, in accordance with prevailing norms; these definitions may need to be revised in the future if changes in these norms necessitate different modes of organization for particular goods/services; the actual enjoyment of these DLS constituents depends on the equitable distribution of these constituents (even within households (see Sect.
4.2 below).
4.2 Boundaries of Inquiry
Focus on essential material needs The scope of this project doesn’t allow a comprehensive assessment of a DLS, but rather focuses on essential material elements. Any DLS must include political, civil and psychological “goods” (whether they are considered to be rights, liberties, or other forms of entitlements), which enable people to have self-esteem, and engage as political constituents, namely to understand, participate in, and dissent against political institutions that govern them (Heinrichs
2006). We take these rights for granted, but limit their operationalization to aspects that
principally entail
material needs, namely the means of social engagement. For example, psychological wellbeing (e.g., self-esteem), once people have
other elements of a DLS, such as good health and education, depends far less on material possessions than on how people treat each other. Political institutions and granting political rights do require physical infrastructure to function (e.g., voting infrastructure, national defense), however to our knowledge there is little basis to link ‘good’ institutions (e.g. democracy vs. autocracy) to the extent of infrastructure. We set this aside for further research. What non-material societal pre-conditions are necessary to ensure that political institutions provide
decent political/social rights is a complex and deep question, which we do not have the scope to address. We refer readers to the IDM to learn more about what political and social rights matter to people, since it was developed based on participatory approaches.
Focus on the definition of a DLS, not its realization This paper sets out first principles towards defining a specific basket of goods and services for individuals in a particular society. Further steps that would need to be taken to fully define a DLS for a particular society and to take concrete steps towards their realization. These include several policy challenges, such as on whom the responsibility to provide DLS falls, how to make DLS constituents affordable, and to ensure equitable delivery of a DLS to all. These are important questions for subsequent research.
5 Decent Living Standards—Constituents and Indicators
We now turn to the specific constituents of a DLS, the universal material satisfiers of basic human wellbeing (summarized in Table
1). We group them into satisfiers of physical and social wellbeing dimensions respectively. We then indicate the material requirements more specifically, delineated into those that are a property of a household and those that represent aggregate societal requirements, which would be shared at some level of social organization. We then follow with an explanation (rationale) of each item. We specify indicators and
minimum quantities including any empirical support, where relevant and feasible. We also indicate where context-specific customizations (such as through participatory processes) would be appropriate. Some of the constituents and their quantitative thresholds have been introduced and justified in earlier work (Rao and Baer
2012). We make reference to the U.N's Sustainable Development Goals (SDG) where relevant.
5.1 Nutrition
Universal satisfiers Adequate nutrition, including macronutrients (energy, protein) and micronutrients (including iron, zinc and vitamins); cold storage.
Household requirements Minimum daily (context-dependent) intake of total calories, protein, vitamins and minerals; a modest sized refrigerator (e.g., 100 l).
Rationale Nutritional requirements are a complex but well-trodden field of public health. It is well known that in many developing countries malnourishment (among the poor) and obesity (among the middle and higher income) are prevalent and growing (FAO
2008). This has contributed to health disparities in these countries (Hawkesworth et al.
2010). More recent evidence shows that micronutrient nourishment (specifically protein, iron and zinc) has declined from the pressure of increased agricultural production of high-yield cereals with lower nutritional content (DeFries et al.
2015). Thus, it is important not only to ensure adequate calories, but the right type of foods.
The actual daily requirements can be set at a national level. The Food and Agricultural Organization (FAO) supports the use of a reference set of calorie intake requirements for men and women, on the basis of which deviations can be calculated for differences in age, and activity level (FAO
2001). Many countries have public health institutions that publish dietary guidelines for total calorie intake, and in some cases for micronutrients.
Having cold storage avoids risks of ill health from food-borne diseases and discomfort related to the time spent preparing and purchasing food items. Women usually bear this burden, in addition to the tasks of collecting water and cooking fuel. The extent of discomfort is contingent on a number of factors, including climate and diet,
10 but also access to markets. In many urban areas, where fresh food can be purchased on a daily basis, it is not easy to argue that refrigerators are universally essential, or that they always avoid
extreme discomfort. However, given that the empirical support (see below) indicates an overwhelming desire to own a refrigerator, cold storage merit inclusion at least on the basis of being an overwhelmingly desired satisfier with no substitutes (See Sect.
1).
Empirical Support Almost 100% households own refrigerators in developed economies. In urban areas of select emerging economies (China, India, Brazil, South Africa), electricity access and refrigerator ownership has already, or is trending towards, saturation at over 90% penetration above a certain income threshold (See Table 3, in the Supplementary material).
Table 1
Decent living standards—material requirements indicators
Physical wellbeing
|
Nutrition |
Food | Total calories, protein, micronutrients | |
Cold storage | Fridge (or other technology) | |
Shelter | Solid walls and roof | |
Living conditions |
Sufficient, safe space Basic comfort (bounded temperature/humidity) Hygiene | Minimum floor space Modern heating/cooling equipment In-house improved toilets Minimum, accessible water supply | Electricity, water and sanitation infrastructure |
Clothing | Minimum clothing materials | Washing machines per 1000 persons |
Health care |
Accessible and adequate health care facilities | | Minimum health expenditure per cap Minimum physicians per 1000 persons |
Air quality |
Maximum ambient particulate matter (PM2.5) | Clean cook stoves | Restricted transport infrastructure |
Social wellbeing
|
Education |
Nine years schooling | | Equipped schools Teachers per 1000 persons |
Communication | Phone (1 per adult) | ICT infrastructure |
Information access | Television/internet device |
Mobility | Access to public transport, or vehicle, if essential | Public transport and road infrastructure |
Freedom to gather/dissent | | Public space, sq. m. per 1000 persons |
5.2 Shelter
Universal satisfier Durable homes that are resilient to severe climate and disease-carrying vectors.
Household requirements Solid roof and walls: brick, wood, concrete, or cement/steel construction.
Rationale Safe shelter (SDG 11.1) is, like food, a universally accepted goal of development policy, and a component of multi-dimensional poverty indicators. However, its formulation equally widely lacks specificity.
The UN Habitat places sufficient space and durable housing as its main priority for moving people out of slums in urban areas.
11 Sturdy construction protects from inclement weather, and therefore provides basic physical security.
5.3 Living Conditions
Universal satisfiers (a) Minimum floor space; (b) adequate lighting; (c) basic comfort (bounded range of temperature and humidity in inhabited spaces); (d) adequate, accessible water supply; and (e) safe waste disposal.
Household requirements (a) Minimum of 30 m
2 and 10 m
2 per additional person, above three members; (b) electrical lighting (c) modern heating/cooling equipment, if necessary to remain within the comfort conditions
12; (d) Adequate, reliable water supply (minimum of 50 L per capita per day) from an accessible water source
13; (e) in-house improved toilets.
14
Collective requirements The provision of the above household amenities may require the presence of a backbone infrastructure, for electricity, water and sanitation. The industrial organization and technology for this infrastructure depends on location and prevailing norms, and therefore need to be decided locally. For instance, today centralized electricity grids at a national scale provide electricity access, but water and sanitation typically fall within state- or municipal jurisdiction. The technology for sanitation may differ depending on cultural norms.
Rationale Overcrowding can lead to a number of health risks (e.g., related to sanitation), and less visible emotional stresses from lack of privacy and personal freedom. The amount of sufficient space should be decided at a local level. However, as a guide, it is worth considering national guidelines for minimum living space in affluent, but densely populated, countries. For instance, in Taiwan, recommended minimum living space ranges from 7 to 13 m
2 per person, depending on number of members. In Korea, the minimum standard is 12 m
2 for one person, and 8–10 m
2 for each additional member. In previous work, we suggest this threshold should be closer to 10 m
2/cap, which is the actual floor space to which middle class Indian homes plateau (Rao and Baer
2012). We additionally consider that homes have shared spaces—bathrooms and kitchen—that don’t scale with household size, but necessitate a minimum floor space. China’s average home size urban (rural) areas of ~32 (37) m
2 offers another potential benchmark,
15 since families are typically small (due to the historical one-child policy), and living standards on average in China are likely to reflect an aggregation of a broad range of population densities and living conditions.
The lighting and space conditioning standards speak to habitability, and the avoidance of extreme conditions that may cause extreme discomfort or, in the worst case, death. The risk of these outcomes would vary with the severity of climatic conditions and with people’s vulnerability (e.g., elderly may have lower tolerance than youth). Similar to nutrition, further thresholds of exposure (e.g., maximum degree-days outside the comfort zone, or humidity levels) and vulnerability would have to be established for countries based on average population group characteristics and climatic conditions. There are many available references for defining a comfort zone, such as national guidelines on workplace occupancy conditions (e.g., US ASHRAE 55).
16 These can be adjusted for peoples’ adaptive preferences in different climatic conditions (Nicol
2004).
Water supply and sanitation, like food, have been examined extensively in public health and development policy. Gleick (
1998) suggests that 50 l per capita per day is a minimum for all human ablutions. The World Bank has indicators for both improved water and sanitation, which provide useful guides for the quality and accessibility of these services. We adopt the World Bank’s indicator for improved sanitation and water source. In-house or accessible water supply obviates hours of labor that typically women undertake to collect water. Improved and accessible sanitation is essential not only to avoid the spread of disease from open defecation, but also to provide safe conditions for women.
5.4 Clothing
Universal satisfier (a) Sufficient clothing to achieve basic comfort (as defined above) in prevailing climatic conditions; (b) access to washing machines.
Household requirements A certain amount of cloth (m2) with adequate materials catered to local climate;
Collective requirements Minimum number of shared washing machines per 1000.
Rationale As with food and shelter, clothing is to our knowledge an integral element of all poverty indicators, but also relatively unspecified. Clothing is also a feature of human life that is deeply embedded in culture and tradition. This makes it a clear candidate for further specification through local participatory methods. The only feature of normative importance is that these clothing are sufficient for daily activity in local climatic conditions.
Washing clothes is essential for basic hygiene. The need for washing machines is a matter of avoiding extreme discomfort from excessive manual labor. However, washing machines may be shared by number of households. In urban areas, shared facilities in apartment buildings and communities is already common practice. In rural areas, where homes are much more dispersed, sharing facilities can become a nuisance. However, since we aim to cater to the norm, not the exception, we eschew individual household entitlements to washing machines.
Empirical Support In most developed countries, most households have washing machines. However, communal washing facilities are common in urban areas of many countries, including the United States, where only 82% of homes have washing machines (Table 3, in the Supplementary material).
5.5 Health Care
Universal satisfier Sufficient and accessible preventive and curative health care facilities.
Collective requirements Minimum physicians per 1000 people (possible range of 1.5–1.7); and minimum national health expenditure (possible range of PPP
17$~450–700 per cap).
Rationale Typical health outcomes in poverty indicators, such as life expectancy and infant mortality, offer little insight on the needs for health care. Although good health depends first on adequate nutrition and hygienic conditions, in reality, humans inevitably face disease, accidents, and other health hazards. Medical care is critical to prevent disease (e.g., vaccines), provide child care, and provide basic curative care. In order to provide these basic services, there needs to be sufficient health posts within reach of the population, with adequate facilities in each (e.g., cooling for medicines, electricity for X-rays) and qualified staff. These conditions are by no means sufficient to ensure a high quality of health care, but can be considered necessary.
But how should a minimum set of material conditions be determined? Health care services are necessary to reduce morbidity, avoid premature death and care for the elderly (palliative care) as they lose functioning capability. All these characteristics of a healthy society are well represented by average life expectancy, which is the primary measure of health in poverty measures, such as the HDI, and the more recent SPI. There is indeed a positive relationship between the resources committed to a health care system and average life expectancy, albeit with significant variation, and with diminishing returns beyond a point (See Supplementary material). This suggests that defining a DLS requires selecting a threshold for life expectancy. There is, however, no known normative basis to define a minimum length of a life.
18 Subjective preference isn’t useful either, because people generally aspire to live longer. Rather than seeking a normative threshold, we instead select this threshold based on where empirically we find that resources cease to have a positive effect on life expectancy. Based on extensive empirical analysis of the correlation between life expectancy and a number of different indicators of health care resources, including per capita national expenditure, we find that health care expenditure is correlated with life expectancy (LE) (see Supplementary material) in a certain range, ~70–75 years, but not very much below (where improvements in LE require few resources) or above (where increasing health care system resources has little effect on improving LE).
On this basis, we propose that societies require a minimum health expenditure, to sustain average life expectancy of 70–75 years. The suggested expenditure per capita (and reference life expectancy) is only a guide—individual societies may customize this value based on specific features of their health care system. We also found that the number of physicians (specifically, ~1.5–1.7 per 1000) also correlates to life expectancy. However, since the number of physicians doesn’t raise particular material requirements (doctors don’t eat more calories than people of other professions), we focus on health care sector expenditure as the primary metric for a DLS.
Empirical Support We estimate an annual expenditure of $450–700 per capita, corresponding to the average cost of the more efficient half of countries that have achieved a life expectancy of >65 years (and infant mortality of <15 deaths per 1000 live births) and >74 years (and infant mortality of <25). One caveat, however, is that it is unclear to what extent these expenditures include preventive health care or whether the latter correlates with overall health care costs. See Supplementary material for details.
5.6 Air Quality
Universal satisfiers Maximum particulate matter (PM) concentration
19; This is a unique satisfier, since it is the restriction of a ‘bad’ material—particulate matter—which is a by-product of other commodities, including some that may be part of a DLS. This requirement, therefore, constrains the technologies used to meet other DLS.
Household requirements Modern cook stove, using gaseous fuel or electricity; modern heating/cooling equipment. Having a clean environment as part of decent living is echoed in D&G’s intermediate needs, and in the SPI and IDM indicators, but without further elaboration. According to the Global Burden of Disease, household air pollution (typically from burning biomass) is the third highest health risk factor, leading to over 4 million premature deaths per year (Lim et al.
2012), who are mainly women and children. Its avoidance requires that homes cook stoves and heating equipment run on liquid or gaseous fuels, rather than burn solid (biomass) fuels.
Collective requirements Ambient air pollution from other sources, including industry and transport, also contribute to health risks. This implies that the transport choices offered as part of mobility may have to include public transport in urban areas, and possibly even restrict engines to electric and other non-polluting technologies. The extent of these restrictions would be highly context specific, and therefore have to be determined at the local level.
5.7 Education
Universal satisfier Adequate schooling with adequate facilities and staff.
Collective requirements Adequate number of schools, equipped with space, teaching staff, facilities, and balanced curriculum.
Rationale The human interest in gaining knowledge and the need for compulsory education is well established, and included in all mentioned poverty indicators. The duration of required schooling is more ambiguous. With regard to the duration, most countries (69%) that have minimum requirements require between 9 and 12 years, while 21% require only primary schooling.
20 We choose the lower bound of the majority option for the DLS.
Quality of education is, however, difficult to measure. Unlike with health care, there isn’t a clear relationship between educational attainment (or teacher absenteeism) and education spending. These factors are set aside for future research.
Universal satisfier Household access to information and communication services.
Household requirement One phone per household, one television/computer monitor per household;
Collective requirement Accessible communication and television/internet infrastructure.
Rationale The importance of social and political engagement for human flourishing is found in all accounts of basic justice (Alkire
2002), and even in international human rights, as discussed earlier. Information services provide knowledge about society that enables people to critically engage as political participants.
21 Access to information can even be considered part of learning, when more broadly construed as the acquisition of knowledge about the world and society.
22 Such knowledge cannot be individually acquired without access to information services. The IDM and SPI include phone and internet access.
Technology plays a strong part in determining the medium of such access. As such, the specific satisfiers of this constituent of DLS is very much a product of the current times, and of our foreseeable future. For instance, it can be argued that people need have only newspapers for information. There is an element of conformity to globalized consumptive patterns inherent in the choice of cell phones and devices to access the Internet. However, these new technologies may indeed become essential to access these types of services, because they render older technologies obsolete and unavailable. Furthermore, even if alternatives do not die out, they are not able to provide the same level of access to information, which would lead to significant disparities in access to information, and therefore unequal enjoyment of basic rights to participation as equals in society.
Access to communication services is distinct from access to information, in that it entails the use of devices that enable interactive communication with other people, which is important for people to feel a sense of belonging and membership in community.
Empirical Support Almost 100% households own TVs and phones in developed economies. In urban areas of select emerging economies (China, India, Brazil, South Africa), ownership has already, or is trending towards, saturation at over 90% penetration above a certain income threshold.
5.9 Mobility
Universal satisfier Access to adequate mobility options. ‘Adequate’ refers to the availability (within a certain distance from home) of motorized transport. Notably, adequate mobility can be provided with public transport. There may be exceptions in rural areas, which would have to be determined at a local level.
Collective requirements Adequate public transit in urban areas and road infrastructure to support access to paved road and motorized transport for all. In sparsely populated remote areas only, household ownership of vehicles may be necessary.
Rationale The importance of transport is understated in the literature. The MPI includes a vehicle, but only among a list of substitutable assets that comprise a living standard indicator. People universally have to either work away from their homes or access markets to sell wares for their livelihood. There is some evidence that through history people spend roughly the same amount of time on average (~1 h/day) traveling (Schafer and Victor
2000). It is just the mode of transport, and therefore the accessible distance, that has increased over time. If this is a fact, spending more time on traveling arguably can be construed as burdensome (and hence extreme discomfort). Without motorized transport of any kind, people’s lives would then be restricted to within a few kilometers of their home, which may lead to social exclusion, and restrict opportunities to participate in society, by way of selling wares, traveling for leisure, or learning about other societies.
The quantity of infrastructure that is required to provide everyone access is as far as we know an unaddressed research question. Future empirical investigation in this direction is necessary.
Empirical Support In developed countries, car ownership is often <85% and decreasing in urban areas. Vehicle ownership is consistently higher in rural areas, likely due to lack of alternatives.
5.10 Freedom to Gather/Dissent
Universal satisfier Adequate and safely accessible public spaces.
Collective requirements Minimum public space per 1000 inhabitants (with adequate facilities to ensure safety, such as lighting at night).
Rationale Adequate public space prevents overcrowding, and is important to foster a sense of freedom, for the pursuit leisure activities, and to congregate for political and social activities. This is particularly important in densely populated urban areas. This is also an SDG (11.7), which emphasizes the need for such spaces for women, children, elderly and disabled people. Here too, there is no guidance available in literature for the amount of space. However, there should be ample empirical evidence from which to develop reasonable benchmarks in further research.
6 Conclusions and Further Research
We have proposed a universal set of material commodities and conditions that households and societies require, at a minimum, for overcoming poverty and supporting a decent life for all. We go beyond existing indicators, both in scope and specificity. Hunger is not just adequate calories, but adequate vitamins and minerals. Shelter should have adequate space, solid construction, modern stoves, heating/cooling equipment, lighting, water and toilets, access to the Internet, and to public transportation. Communities should have schools and health clinics. Countries in turn should expend sufficient resources on physical infrastructure, health care and education to ensure the provision of these goods and services. None of these systems should generate air pollution beyond safe levels. Quantities of these items would to be specified locally, based on participatory methods, and further analysis. These DLS are also a function of our times—they have been specified based on current technologies and norms, but with care to including only those that have demonstrable universal appeal.
Nothing we propose is conceptually new—at a higher level of abstraction, the elements of the DLS can be traced to basic needs or capability theories. We have pushed the boundaries of specificity, so as to generate a dashboard for material poverty that is universal, but must be translated into quantities based on context and democratic processes. The DLS can guide the establishment of reference budgets and living wages, and development policies. They are also intended to identify the environmental resource requirements to provide a basic living standard to all, so as to assess whether there any conflicts between social and environmental sustainability at a global scale.
These requirements are not, however, sufficient to ensure wellbeing, nor do they necessarily overcome relative poverty. In societies with significant disparities and significant affluence among a few, people may be entitled to more, even if they have enough to avoid absolute deprivation. The realization of these goals raises another set of issues, not least is to make these services affordable.