Suchergebnisse

The dynamics of the resource-production-consumption chains as analysed in the three previous chapters were interrelated with the dynamics of societal institutions. The strategies of professional groups and political parties eventuated in a corporatist state structure, with a societal midfield solidly anchored in a political system and in a state bureaucracy at local, provincial and national levels. New notions about extreme poverty and well-being acquired a legal framework around 1900, within which governments, entrepreneurs, citizens and workers could continue to work on the solution of different issues. The legal framework was also the origin of the welfare state as it would develop in the course of the twentieth century. The modernising economy was also characterized by the emergence of new professional groups and a modern knowledge infrastructure. This is the context in which we must place the well-being monitor for 1910. Well-being and sustainability around 1910 are viewed from three perspectives. Judged by the societal agenda of 1850 much progress had been made, especially in regard to extreme poverty. But the societal agenda of 1910 shows that opinions about poverty have shifted and that in this period the qualities of the food supply, of public health facilities, of public housing and of work are the core issues. The present-day perspective on well-being differs little from that of 1910. But in regard to the issue of sustainability there are big differences.

The previous chapter reported a dearth of innovation regarding the exploitation of natural capital around 1850. This chapter deals with the dynamics of the institutional quadrants at the time (see Chap. 1). In a number of respects the 1840s marked the start of a new phase. 'Civil society' awoke, mainly thanks to the contribution of younger generations of Netherlanders. Due to the abdication of King William I, the political institutions required a makeover. Economic institutions were under a great deal of pressure due to the emerging liberal climate and the liberalisation of the world market. In the domain of technology, new institutions blossomed with the emergence of civil and mechanical engineers and other professional groups. These developments had not yet led to fundamental social change. The Netherlands remained a mercantile capitalist, colonial and agricultural nation. This is the context in which the well-being monitor for 1850 must be placed. This monitor is the 'benchmark' for this study, the standard against which the monitors for 1910, 1970 and 2010 are evaluated. On the basis of the monitor and from both a contemporary and a present-day perspective, three important sustainability problems can be discerned: material welfare (poverty), the institutional environment (political instability) and social capital (little trust in political institutions). In addition, from a present-day perspective a series of issues is problematic: poor public health, nutrition and lower-class housing (the personal characteristics), insufficient innovations (economic capital), a lack of qualified labour (human capital) and the immoral "culture system" in the Dutch East Indies (trans border effects). The state of water management also gave cause for concern. Both from contemporary and present-day perspectives the Dutch delta was vulnerable.

The chapter analyses the radical changes in the supply chain of building materials and construction between 1850 and 1910. It investigates the consequences for the four building challenges in this period: public hygiene, public housing, the struggle against water and the development of road infrastructure. The hygienists succeeded in getting the issue of urban pollution due to faeces and other organic waste on the societal agenda. Despite this, the effect of the movement on the health of the poor and workers in this period was still minimal. Realising the hygienist program demanded firm municipal policy and large investments. Moreover there was exuberant debate on the nature of the measures to be taken. Public housing too became a significant political issue thanks to the efforts of the progressive bourgeoisie and socially conscious entrepreneurs. The most important result was the passing of the Housing Law of 1901, that provided the future framework for the condemnation, dispossession and improvement of dwellings. In the field of water management, the government public works agency (Rijkswaterstaat), intensified its struggle against regularly recurring river floods. An impressive program of river normalisation was carried out under its leadership. Successive governments would devote much attention to infrastructure with the aim of improving welfare, reinforcing the position of the maritime harbours and improving the accessibility of remote regions. The construction of a network of canals and railways guaranteed the spatial integration of the Netherlands and had far-reaching consequences for the modernisation of the economy.

This chapter, exploring fossil subsoil resources, focuses on two domains: energy and plastics. The energy section analyses the difficult transition to renewable energy sources. The focus here is on electricity because promising renewable energy sources like biomass, windmills and solar panels contribute above all to the supply of electricity. There is, moreover, a close relationship among oil, natural gas and electricity. Dutch electricity supply was long trapped in tensions among the policy of the provincial electricity suppliers, the energy policy of the national government (in particular the Ministry of Economic Affairs) and the environmental movement, with as main issues decentralised electricity generation, the inclusion of nuclear power, the role of domestic natural gas and energy-saving. Privatisation and liberalisation are setting the electricity sector completely on its head. There is now more room for other forms of electricity generation, in particular decentralised generation and heat-power coupling. Opportunities for renewable energy sources have increased, among other things thanks to international agreements ('Paris') in connection with climate change. The plastics sector too has undergone dramatic changes in this period. The production of bulk plastics and artificial fibres still takes place in the Netherlands, but hardly at all by Dutch firms. The plastics processing industry, that consists above all of small and medium-sized firms (up to 50 employees) has developed into the Netherlands' most innovative sector. The attitude toward plastics has become ambivalent. They have shaped a life of comfort, ease, luxury, sport, and games. At the same time they are a source of litter, waste, 'plastic soup' and micro plastics.

This open access book examines more than two centuries of societal development using novel historical and statistical approaches. It applies the well-being monitor developed by Statistics Netherlands that has been endorsed by a significant part of the international, statistical community. It features The Netherlands as a case study, which is an especially interesting example; although it was one of the world's richest countries around 1850, extreme poverty and inequality were significant problems of well-being at the time. Monitors of 1850, 1910, 1970 and 2015 depict the changes in three dimensions of well-being: the quality of life 'here and now', 'later' and 'elsewhere'. The analysis of two centuries shows the solutions to the extreme poverty problem and the appearance of new sustainability problems, especially in domestic and foreign ecological systems. The study also reveals the importance of natural capital: soil, air, water and subsoil resources, showing their relation with the social structure of the 'here and now´. Treatment and trade of natural resources also impacted on the quality of life 'later' and 'elsewhere.' Further, the book illustrates the role of natural capital by dividing the capital into three types of raw materials and concomitant material flows: bio-raw materials, mineral and fossil subsoil resources. Additionally, the analysis of the institutional context identifies the key roles of social groups in well-being development. The book ends with an assessment of the solutions and barriers offered by the historical anchoring of the well-being and sustainability issues. This unique analysis of well-being and sustainability and its institutional analysis appeals to historians, statisticians and policy makers. ; Examines over two centuries of societal development using a novel historical and statistical analysis Features The Netherlands as a case study -- a once rich country currently experiencing high levels of extreme poverty Shows that the way a society deals with natural capital shapes social structure and also has a great impact on quality of life

Fundamental changes in politics, economy, technology and 'civil society' took place in the Netherlands in the second half of the nineteenth century. The eminent politician Thorbecke guided the nation through the constitutional reforms around 1850. A new constitution put an end to the power of the king and shifted political power to parliament. The Dutch economy modernised thanks to the liberalisation of trade, an entrepreneurial spirit and other new economic conditions. It was moreover embedded in a new culture that regarded technological innovations almost by definition as social progress. A dynamic 'civil society' was populated by emergent professionals, including engineers and hygienists. In this chapter, with the help of the well-being monitor, we explore the changes in quality of life 'here and now,' 'later,' and 'elsewhere' for the period 1850-1910. Extreme poverty began to decline significantly, while the burden on natural capital and the natural environment increased. The question is whether this increased burden was problematic and whether it was in fact problematized. We subsequently focus on natural capital, that in this study is seen as the basis of well-being. We make an inventory of some of the important shifts in the production of raw materials and the derivative material flows in the period between 1850 and 1910. This overview isolates the main themes that are worked out in greater detail in the following chapters.

Technology today is often presented as our best hope of solving the world's social and sustainability problems. And that's nothing new: engineers have always sought to meet the big challenges of their times-even as those challenges have shaped their technology. This book offers a historical look at those interactions between engineering and social challenges, showing how engineers developed solutions to past problems, and looking at the ways that those solutions often bring with them unintended consequences that themselves require solving.