Suchergebnisse

The issue of regional differences in development has moved to the center of the development debate in Sri Lanka, partly after the release of regional poverty data. For the past many years, there have been significant and increasing differences between the Western province and the rest of the country in terms of per capita income levels, growth rates of per capita income, poverty rates, and the structure of provincial economies. The structure of the report is as follows: chapter two looks at the poverty/growth/agriculture nexus in the poorest regions of Sri Lanka. It presents data on poverty and growth in the poorest provinces, especially Uva and Sabaragamuwa, and provides an analysis of factors associated with the rural poor. Chapter three provides an overview and brief discussion of the Government's agricultural policies and programs. Chapter four identifies constraints that restrict farmers' incomes in the four poorest provinces. It presents results from extensive stakeholder consultations carried out in these provinces. These results are complemented with findings from the 2005 rural investment climate assessment to identify some of the general constraints in the agriculture sector in Sri Lanka. Chapter five presents the findings of an agricultural resource audit of small-scale farmers in the poorest regions that analyzed production, poverty and market data. The chapter identifies income opportunities, in particular for a few agricultural products with high income potential for poor farmers, whose production could take off with appropriate interventions. This chapter also provides a value chain analysis of these products and identifies product-specific constraints and gaps in the current policy portfolio that could potentially limit the Government's capacity to support the whole range of needed interventions. Drawing on the findings in previous chapters, chapter six presents' recommendations. One set of recommendations is specific to the three products with high income potential and focuses on effective ...

The number of poor people in China is huge, despite recent economic advances. This book investigates the problem of poverty in China's regions, discussing in particular the role of rural-urban migration in reducing poverty. It surveys the distribution and characteristics of poverty, examines anti-poverty initiatives by the Chinese government and includes the results of original research conducted in Shanxi, a typical province in Central China.

Investigates the problem of poverty in China's regions, discussing rural-urban migration and anti-poverty initiatives by the Chinese government as well as the results of original research.

One way to analyse the actual state of economics can be done by quantitative illustration of the financial power of households. The current economical crisis has the greatest negative impact on the poorest households below the poverty threshold. Therefore, this paper focuses on quantification of the financial situation of households in individual regions in correlation with the poverty threshold. It contains description of methods used and results of their application with respect to evaluation of spatial distribution of poverty of population on the regional level in the Czech Republic and Slovakia. The methodology is based on finite mixtures of regression models that belong to methods called Model Based Clustering. It concerns special methods of clustering of objects that are based on probability models. The criterion for clustering of regions is the level of risk of poverty rate of households. The regions are divided into three clusters (components) - "rich", "middle", and "poor". The households are scored according to the level of national poverty threshold, in our case according to the level 60% of median of the national equivalised disposable household income. The results of the statistical survey EU SILC (European Union - Statistics on Income and Living Conditions) made by the Czech Statistical Office and the Statistical Office of the Slovak Republic in year 2005 through 2009 form the data base. All calculations have been made in the freeware programming environment R, which is accessible on the internet (http://cran.r-project.org/). For the purpose of modelling of the poverty rate of households using the regression clusters, the upgrade package flexmix was used.

The 17 regional governments of Spain receive grants from both the central government and the European Union. The grants are generally redistributive and are intended to stimulate economic activity in the poorer regions. We evaluate the effectiveness of the grants by comparing the economic performance of the regions before and after the implementation of the grant programs using a differences--in-- differences approach. We find that these policies have not been effective at stimulating private investment or improving the overall economies of the poorer regions.

Strong long-term international partnership in science, technology, finance and policy is critical for sustainable field experiments leading to successful commercial deployment of novel technology at community-scale. Although technologies already exist that can remediate arsenic in groundwater, most are too expensive or too complicated to operate on a sustained basis in resource-poor communities with the low technical skill common in rural South Asia. To address this specific problem, researchers at University of California-Berkeley (UCB) and Lawrence Berkeley National Laboratory (LBNL) invented a technology in 2006 called electrochemical arsenic remediation (ECAR). Since 2010, researchers at UCB and LBNL have collaborated with Global Change Program of Jadavpur University (GCP-JU) in West Bengal, India for its social embedding alongside a local private industry group, and with financial support from the Indo-US Technology Forum (IUSSTF) over 2012-2017. During the first 10 months of pilot plant operation (April 2016 to January 2017) a total of 540 m3 (540,000 L) of arsenic-safe water was produced, consistently and reliably reducing arsenic concentrations from initial 252 ± 29 to final 2.9 1 parts per billion (ppb). This paper presents the critical strategies in taking a technology from a lab in the USA to the field in India for commercialization to address the technical, socio-economic, and political aspects of the arsenic public health crisis while targeting several sustainable development goals (SDGs). The lessons learned highlight the significance of designing a technology contextually, bridging the knowledge divide, supporting local livelihoods, and complying with local regulations within a defined Critical Effort Zone period with financial support from an insightful funding source focused on maturing inventions and turning them into novel technologies for commercial scale-up. Along the way, building trust with the community through repetitive direct interactions, and communication by the scientists, proved vital for bridging the technology-society gap at a critical stage of technology deployment. The information presented here fills a knowledge gap regarding successful case studies in which the arsenic remediation technology obtains social acceptance and sustains technical performance over time, while operating with financial viability.