⌚ Rural Urbanization Analysis

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Rural Urbanization Analysis

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Peilei Fan: Urbanization and Environmental Change: Comparative Analysis of Taipei and Shanghai

We compared estimates of agricultural land loss using satellite data with agricultural census data. Our analysis highlights six key results. First, agricultural land loss is occurring around smaller cities more than around bigger cities. Third, the northeastern states experienced the least amount of agricultural land loss. Fourth, agricultural land loss is largely in states and districts which have a larger number of operational or approved SEZs.

Fifth, urban conversion of agricultural land is concentrated in a few districts and states with high rates of economic growth. Sixth, agricultural land loss is predominantly in states with higher agricultural land suitability compared to other states. Although the total area of agricultural land lost to urban expansion has been relatively low, our results show that since , the amount of agricultural land converted has been increasing steadily. That urban and rural places are connected through trade, people, and policies has long been recognized.

The urban land teleconnections ULT framework aims advancing conventional conceptualizations of urbanization and land. The conceptual framework thus opens way to identify and examine the processes that link urbanization dynamics and associated land changes that are not necessarily colocated. In this paper, we review recent literature on four manifestations of urbanization that, along the lines of the ULT framework, highlight the importance of process-based conceptualizations of urbanization and land along a continuum of land systems.

We then discuss potential approaches to improve the knowledge base on how and where urbanization is driving land change. The goal of this paper is to understand this relationship in China using panel econometric methods. Our results show that urban expansion is associated with a decline in agricultural land use intensity. The area of cultivated land per capita, a measurement about land scarcity, is negatively correlated with agricultural land use intensity.

We also find that GDP in the industrial sector negatively affects agricultural land use intensity. GDP per capita and agricultural investments both positively contribute to the intensification of agricultural land use. Are larger cities more energy and emissions efficient than smaller ones? Do larger cities exhibit gains from economies of scale with regard to emissions? Here we examine the relationship between city size and CO 2 emissions for U. We find that for the time period of —, CO 2 emissions scale proportionally with urban population size. Contrary to theoretical expectations, larger cities are not more emissions efficient than smaller ones.

Remote sensing offers unique perspectives to study the relationship between urban systems and climate change because it provides spatially explicit and synoptic views of the landscape that are available at multiple grains, extents, and over time. While remote sensing has made significant advances in the study of urban areas, especially urban heat island and urban land change, there are myriad unanswered science and policy questions to which remote sensing science could contribute.

Here we identify several key opportunities for remote sensing science to increase our understanding of the relationships between urban systems and climate change. While there is consensus that urbanization is one of the major trends of the 21st century in developing countries, there is debate as to whether urbanization will increase or decrease vulnerability to droughts. Here we examine the relationship between urbanization and water vulnerability for a fast-growing city, Chennai, India, using a coupled human—environment systems CHES modeling approach. Although the link between urbanization and water vulnerability is highly site-specific, our results show some generalizable factors exist. First, the urban transformation of the water system is decentralized as irrigation wells are converted to domestic wells by private individuals, and not by the municipal authority.

Second, urban vulnerability to water shortages depends on a combination of several factors: the formal water infrastructure, the rate and spatial pattern of land use change, adaptation by households and the characteristics of the ground and surface water system. Third, vulnerability is dynamic, spatially variable and scale dependent. Even as household investments in private wells make individual households less vulnerable, over time and cumulatively, they make the entire region more vulnerable. Taken together, the results suggest that in order to reduce vulnerability to water shortages, there is a need for new forms of urban governance and planning institutions that are capable of managing both centralized actions by utilities and decentralized actions by millions of households.

Urbanization will place significant pressures on biodiversity across the world. However, there are large uncertainties in the amount and location of future urbanization, particularly urban land expansion. Here, we present a global analysis of urban extent circa and probabilistic forecasts of urban expansion for near protected areas and in biodiversity hotspots. Our analysis shows that protected areas around the world will experience significant increases in urban land within 50 km of their boundaries. Uncertainties in the forecasts of the amount and location of urban land expansion reflect uncertainties in their underlying drivers including urban population and economic growth.

The forecasts point to the need to reconcile urban development and biodiversity conservation strategies. Urbanization is a demographic, economic, and land transformation process. Building construction and operation are integral aspects of urban land use change and contribute to material and energy resources consumption and the resulting carbon dioxide CO 2 emissions in urban areas. In this paper, we ask two questions regarding the urbanization process: 1 Do the land, material, and energy use efficiencies associated with the construction and operation of buildings increase over time?

To answer these questions, we use a systematic approach similar to a material flow analysis and apply it to the Pearl River Delta, a rapidly urbanizing region in China. We use a combination of satellite data and official statistics to evaluate changes in urban population density and building density from to Both density measures decrease from to ; after , building density increases while population density continues to decline. Throughout the study period, structural changes and efficiency gains decrease the demand per unit floor area for both building materials and energy.

However, the efficiency gains are outstripped by the magnitude of urban expansion, therefore leading to an increase in the demand for resources and CO 2 emissions per capita. Our results show that focusing only on gains in efficiency for individual buildings without considering the scale of urban expansion results in underestimate of the cumulative energy, material, and greenhouse gas emissions impacts of urbanization. We emphasize the distinction between the rates versus the accumulations of these impacts over spatial and temporal scales.

We discuss the relevance of the Environmental Kuznets approaches to tackling environmental impacts that are cumulative in nature and may lead to irreversible changes in the environment. We conclude that tracking the energy, materials, and emissions impacts of urbanization requires a multi-scale approach that ranges from the individual building to the urban region. Urban land-cover change threatens biodiversity and affects ecosystem productivity through loss of habitat, biomass, and carbon storage. However, despite projections that world urban populations will increase to nearly 5 billion by , little is known about future locations, magnitudes, and rates of urban expansion. Here we develop spatially explicit probabilistic forecasts of global urban land-cover change and explore the direct impacts on biodiversity hotspots and tropical carbon biomass.

If current trends in population density continue and all areas with high probabilities of urban expansion undergo change, then by , urban land cover will increase by 1. This increase would result in considerable loss of habitats in key biodiversity hotspots, with the highest rates of forecasted urban growth to take place in regions that were relatively undisturbed by urban development in the Eastern Afromontane, the Guinean Forests of West Africa, and the Western Ghats and Sri Lanka hotspots. Within the pan-tropics, loss in vegetation biomass from areas with high probability of urban expansion is estimated to be 1.

Although urbanization is often considered a local issue, the aggregate global impacts of projected urban expansion will require significant policy changes to affect future growth trajectories to minimize global biodiversity and vegetation carbon losses. This paper introduces urban land teleconnections as a conceptual framework that explicitly links land changes to underlying urbanization dynamics. We illustrate how three key themes that are currently addressed separately in the urban sustainability and land change literatures can lead to incorrect conclusions and misleading results when they are not examined jointly: the traditional system of land classification that is based on discrete categories and reinforces the false idea of a rural—urban dichotomy; the spatial quantification of land change that is based on place-based relationships, ignoring the connections between distant places, especially between urban functions and rural land uses; and the implicit assumptions about path dependency and sequential land changes that underlie current conceptualizations of land transitions.

Finally, we point to existing analytical approaches that can be used to advance development and application of the concept. Aedes aegypti is implicated in dengue transmission in tropical and subtropical urban areas around the world. However, the efficacy of vector control may be undermined by the presence of alternative, competent species. In Puerto Rico, a native mosquito, Ae. It has been proposed that Ae. Dengue transmission dynamics may therefore be influenced by the spatial overlap of Ae. We take a landscape epidemiology approach to examine the association between landscape composition and configuration and the distribution of each of these Aedes species and their co-occurrence.

We used remotely sensed imagery from a newly launched satellite to map landscape features at very high spatial resolution. We found that the distribution of Ae. This analysis provides evidence that landscape composition and configuration is a surrogate for mosquito community composition, and suggests that mapping landscape structure can be used to inform vector control efforts as well as to inform urban planning. Contemporary urbanization differs from historical patterns of urban growth in terms of scale, rate, location, form, and function. This review discusses the characteristics of contemporary urbanization and the roles of urban planning, governance, agglomeration, and globalization forces in driving and shaping the relationship between urbanization and the environment.

Please contact us to get started with full access to dossiers, forecasts, studies and international data. Skip to main content Try our corporate solution for free! Single Accounts Corporate Solutions Universities. According to the Seventh Population Census conducted in , about The urbanization rate has increased steadily in China over the last decades. Degree of urbanization in China Urbanization is generally defined as a process of people migrating from rural to urban areas, during which towns and cities are formed and increase in size. Even though urbanization is not exclusively a modern phenomenon, industrialization and modernization did accelerate its progress.

According to the urbanization blueprint, issued in March by the Communist Party and State Council, China aims at reaching 70 percent urbanization by The urbanization rate varies greatly in different parts of China. While urbanization is lesser advanced in western or central China, in most coastal regions in eastern China more than two-thirds of the population lives already in cities. Among the ten largest Chinese cities in , six were located in coastal regions in East and South China. Urbanization in international comparison Brazil and Russia , two other BRIC countries, display a much higher degree of urbanization than China.

Similar to other parts of the world, the progress of urbanization in China is closely linked to modernization. From to , the contribution of agriculture to the gross domestic product in China shrank from 9. Even more evident was the decrease of workforce in agriculture. Loading statistic Show source. Download for free You need to log in to download this statistic Register for free Already a member? Log in. Show detailed source information? Register for free Already a member? In , approximately a third of the total population in India lived in cities. The trend shows an increase of urbanization by 4 percent in the last decade, meaning people have moved away from rural areas to find work and make a living in the cities.

Leaving the field Over the last decade, urbanization in India has increased by almost 4 percent, as more and more people leave the agricultural sector to find work in services. No rural exodus in sight While urbanization is increasing as more jobs in telecommunications and IT are created and the private sector gains in importance, India is not facing a shortage of agricultural workers or a mass exodus to the cities yet. India is a very densely populated country with vast areas of arable land — over million hectares of land was cultivated land in India as of , for example, and textiles, especially cotton, are still one of the major exports.

So while a shift of the workforce focus is obviously taking place, India is not struggling to fulfill trade demands yet. Loading statistic Show source. Download for free You need to log in to download this statistic Register for free Already a member? Log in. Show detailed source information? Register for free Already a member? More information. Other statistics on the topic. International Largest countries in the world. International Inflation rate in India Aaron O'Neill. Research expert covering historical data. Profit from additional features with an Employee Account.

Single Account. The threshold for avoidance of Rural Urbanization Analysis areas by gray foxes is between and residences per Rural Urbanization Analysis mile. October 3, Biological pollution. Rural Urbanization Analysis is projected to increase to Hadamar Rhetorical Analysis Rural Urbanization Analysis square kilometers by