Sentence examples for societal land from inspiring English sources

Sustainable development of land use is determined by changes of the regional supply of Land Use Functions (LUFs) and the demand of future societal land use claims.

The selected high level scenarios used as input explore e.g. societal, land use, social lifestyle, sustainability, technology and demography changes, and they have been used as a starting point for further analysis to evaluate potential packaging implications.

Importantly, it can also be employed to illustrate more broadly how uncontrolled societal development, land use and historic building regulations might exacerbate flood impacts in low-lying urban areas.

Even when these conditions are met, PES may be undermined by a lack of inclusivity, leading to societal conflicts over land use.

Conversely, as highlighted by the Fukushima accident, the potential for the societal impacts of land contamination represents an important element of reactor accident risk that has received insufficient consideration in the past.

Factors influencing the supply side include the structure and ownership of the mining and quarrying industry, new extraction, processing and environmental technologies, ecosystem service provision, societal attitudes and land access.

It first compares changes in the social metabolism (i.e. the total energy or material throughput of the economy) and in landscape structure and function from 1850 to the present in three municipalities of the Vallès county (N of the BMR), as a first attempt to establish a link between the societal uses of land and energy together with their impact on landscape patterns.

GRO strategies can be customised along contaminant linkages, and can generate a range of wider economic, environmental and societal benefits in contaminated land management (and in brownfields management more widely).

The dynamics of landscape change are closely linked to the dynamics of land tenure the societal institutions (organizations, rules, rights and restrictions) that control the allocation and use of land and its associated resources by people.

The present work explores the synergies between socio-metabolic energy use and landscape patterns, starting from the hypothesis that there is a complex and changing relationship between the efficiency in both the societal use of energy, and land-use, and the ecosystem functioning of the whole land matrix of the Barcelona Metropolitan Region (BMR).

Such misunderstandings lead to the squandering of societal resources: The EPA's "land disposal restrictions" when toxins are present impose annual costs of approximately $206m in order to avoid 0.22 cases of cancer annually from groundwater contamination and 0.037 cases from air pollution – that is, about one case of cancer every four years – and $20m from property damage.