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Bargaining with social capital : A picture provided through the lens and context of poor, rural women inBangladeshMadland, Ragnhild Unknown Date (has links)
<p><p>Drawing on participatory knowledge creation, this thesis examines the diverse ways in which social capital of poor, rural women in Bangladesh serve as a “capacity of individuals to command scarce resources, by virtue of their membership in networks or broader social structures” (Portes 1995:120). It addresses how women’s capacity to command resources, needed for their livelihood and for a dignified life, is influenced by cultural practice, power and gender relations, which interplay within and around their networks. Women are represented as active participants who are shown to celebrate, adapt, sustain, negotiate and resist the circumstances of their lives. Women find space to manoeuvre in the situations they face, strategize in their dealings with various actors, and manipulate resources and constraints.</p></p><p><p>The author argues that the social capital of women and the portfolio of bonding, bridging and linking relations that women have, or do not have, are keys to an understanding of the bargaining processes in their households and communities. Among the research participants, women’s ability to eventually change cultural practice, power- and gender relations depends upon whether women, individually or collectively, have a variety of bonding, bridging and linking relations to strengthen their bargaining power.</p></p>
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Bargaining with social capital : A picture provided through the lens and context of poor, rural women inBangladeshMadland, Ragnhild January 2008 (has links)
Drawing on participatory knowledge creation, this thesis examines the diverse ways in which social capital of poor, rural women in Bangladesh serve as a “capacity of individuals to command scarce resources, by virtue of their membership in networks or broader social structures” (Portes 1995:120). It addresses how women’s capacity to command resources, needed for their livelihood and for a dignified life, is influenced by cultural practice, power and gender relations, which interplay within and around their networks. Women are represented as active participants who are shown to celebrate, adapt, sustain, negotiate and resist the circumstances of their lives. Women find space to manoeuvre in the situations they face, strategize in their dealings with various actors, and manipulate resources and constraints. The author argues that the social capital of women and the portfolio of bonding, bridging and linking relations that women have, or do not have, are keys to an understanding of the bargaining processes in their households and communities. Among the research participants, women’s ability to eventually change cultural practice, power- and gender relations depends upon whether women, individually or collectively, have a variety of bonding, bridging and linking relations to strengthen their bargaining power.
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Cultural influences on the choice of rural sanitation technology in Islamic CountriesPirani, Amirali Karim January 1989 (has links)
No description available.
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Cultural influences on the choice of rural sanitation technology in Islamic CountriesPirani, Amirali Karim January 1989 (has links)
No description available.
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Segregation of women in Islamic societies of South Asia and its reflection in rural housing : case study in BangladeshChowdhury, Tasneem A., 1954- January 1992 (has links)
In Islamic societies, religion plays a significant role in shaping the home and the environment. An important feature of the Islamic culture is the segregation of women from males other than next of kin. This aspect has given rise to the separation of domains for men and women, both in the home and the neighbourhood. And this duality of space in turn reinforces the seclusion and segregation of women. / This thesis studies this phenomenon in rural settlements in South Asia in regions where Muslims predominate and also in non-Muslim areas influenced by centuries of Muslim rule. The living patterns of rural women and how they use and perceive their local space formed the focus of the study. / A field study was undertaken in a rural community in Bangladesh. Gender segregation norms and the resulting spatial organization of dwellings of different socio-economic groups were studied and compared. An important premise of the study is how the poor manage to integrate their faith and Islamic customs in their living environment.
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Segregation of women in Islamic societies of South Asia and its reflection in rural housing : case study in BangladeshChowdhury, Tasneem A., 1954- January 1992 (has links)
No description available.
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A preliminary assessment of the novel application ASMITAS using sediments from Matlab, Bangladesh / En preliminär bedömning av den nya applikationen ASMITAS genom användning av sediment från Matlab, BangladeshO’Kelly, Eva January 2020 (has links)
Most of the drinking water supply in rural Bangladesh comes from groundwater collected using shallow tubewells. The tubewells, usually shallow because of the increased cost involved in deeper tubewells, have been installed by local drillers. A Sediment Color Tool was developed, with input from local drillers, that associated the arsenic concentration with specific sediment colors, in order to help the drillers install safe tubewells. This tool was digitized into the phone application, ASMITAS, to reduce subjectivity in sediment color determination due to human error or surrounding conditions, when used with a color sensor. The purpose of this study was to carry out a preliminary assessment of the application performance and usability, and the results provided by the application for color identification. 35 sediments were used and assigned into 4 different data sets to allow for comparison. Two data sets were assigned a Munsell color manually, while two were assigned the Munsell Soil Color (or Red-Green-Blue color) through use of the digital app. The sensor, the Nix Color Sensor Pro 2, was validated through a literature review and is considered accurate in identifying the color of the soil sediments. The data sets were compared based on the Delta E 2000 formula to determine the color difference between the data sets. The most relevant result of this method was between the Red-Green-Blue that the Nix Sensor originally provided to the application versus the closest matching Munsell code that the application could provide. It showed that the library from which the Munsell color was drawn was not yet expansive enough to accurately identify all sediments that may be scanned. Cyan-Magenta-Yellow-Black color comparisons were made to ascertain which aspects of the color are the most difficult to identify. It was found that both the sensor and the human eye had difficulties in identifying differences in the yellow percentage of several of the samples. The results showed that there may be greater need for distinction of which yellow percentages of Cyan-Magenta-Yellow-Black belong to which color sediment. Overall, the application appears to have a small number of less prominent features and functions to improve on prior to the publication of the application. At this stage of development, the main goal lies in the improvement and building of the Munsell color code reference library and the library of arsenic concentrations associated with each sediment color within the application, in order to improve the accuracy of the results. / Största delen av dricksvattenförsörjningen i lantlig Bangladesh kommer från grundvatten som samlas in med rörbrunnar. Rörbrunnarna, som vanligtvis är grunda som en följd av kostnaderna, har installerats av lokala borrare. Under 2007 antogs det att färgen på sedimentet i vilket rörbrunnarna placeras ger en indikation på arsenikens koncentration. Därför utvecklades Sediment Color Tool med input från de lokala borrarna. Verktyget vidareutvecklades till en digital app, ASMITAS, för att minska subjektiviteten i markfärgbestämning på grund av mänskliga fel eller omgivande förhållanden. Syftet med denna studie var att utvärdera applikationens prestanda i detta stadie av dess utveckling och färgidentifiering som genomförts av applikationen. 35 sediment användes i första bedömningen och klassificerades fyra gånger i fyra olika datamängder för att möjliggöra jämförelse. Två datamängder tilldelades en Munsell Soil Color manuellt, medan två tilldelades sin färg genom användning av den digitala appen. Sensorn som användes, Nix Color Sensor Pro 2, validerades genom en litteraturöversikt och anses vara korrekt när det gäller att identifiera färgen på sediment. De fyra datamängderna jämfördes visuellt med användning av färgbrickor. De jämfördes baserat på DE2000-formeln för att bestämma färgskillnaden mellan datamängden. Det mest avslöjande resultatet med denna metod var mellan dem två digitalt förvärvade datamängderna. Resultatet föreslår att referensbiblioteket i ASMITAS, från vilket matchen togs, ännu inte var tillräckligt stort för att identifiera alla sedimentprover noggrant för att ej vara märkbar för det mänskliga ögat. Cyan-Magenta-Gul-Svart jämförelser gjordes för att se vilka aspekter av färgen som är svårast att identifiera. Resultaten visade att både sensorn och det mänskliga ögat hade svårigheter att identifiera skillnader i den gula procentandelen av flera av proverna och sedimentfärgerna. Resultaten visade att det kan finnas ett större behov av åtskillnad av vilka gula procentsatser som tillhör vilken färg av sediment (och motsvarande arsenikkoncentration). Det finns ytterligare aspekter och funktioner av appen som är mindre centrala för dess prestanda som bör förbättras innan applikationen publiceras. I detta utvecklingsstadium ligger emellertid huvudmålet i förbättring och uppbyggnad av Munsell- färgkodreferensbiblioteket och biblioteket med arsenik-koncentrationer som är kopplad till varje sedimentfärg i applikationen. Detta för att öka resultatets noggrannhet.
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