Andere Kunden interessierten sich auch für
![1-D Hydrodynamic Flood Modeling to identify Flood prone areas]( "1-D Hydrodynamic Flood Modeling to identify Flood prone areas")
1-D Hydrodynamic Flood Modeling to identify Flood prone areas36,99 €![Functional Analysis of Ecosan Latrines in Rural Areas of Bangladesh]( "Functional Analysis of Ecosan Latrines in Rural Areas of Bangladesh")
Functional Analysis of Ecosan Latrines in Rural Areas of Bangladesh53,99 €![Modeling the Effect of Ribb Dam in Reducing Flood Magnitude]( "Modeling the Effect of Ribb Dam in Reducing Flood Magnitude")
Modeling the Effect of Ribb Dam in Reducing Flood Magnitude26,99 €![Drinking Water and Sanitation]( "Drinking Water and Sanitation")
Drinking Water and Sanitation36,99 €![Machine Learning Approaches Applied in Social Areas]( "Machine Learning Approaches Applied in Social Areas")
Machine Learning Approaches Applied in Social Areas46,99 €![SOIL NUTRIENT STATUS OF TURMERIC GROWING AREAS UNDER BASMAT TAHSIL]( "SOIL NUTRIENT STATUS OF TURMERIC GROWING AREAS UNDER BASMAT TAHSIL")
SOIL NUTRIENT STATUS OF TURMERIC GROWING AREAS UNDER BASMAT TAHSIL39,99 €![Rural areas]( "Rural areas")
Rural areas36,99 €
Bangladesh has made a significant effort to supply improved sanitation facilities in rural areas. As the best known option, the pit latrine was the most favorite technology. Yet, as Bangladesh is a country of flooding and high groundwater table, pit latrines not only flush out and cause pollution, they also become inaccessible during floods, and remain filled with silt after the floods. Every year floods destroy many sanitation facilities and force people to resort to open defecation, despite the capitalintensive investment. UDDTs were evaluated on their suitability for flood-prone areas and their affordability in the context of Bangladesh. A survey conducted in two flood-prone areas of Bangladesh showed that with an average height of 0.69 m the UDDTs are higher than the average highest flood level of 0.31 m. To decrease cost and construction complexity, a local design was developed based on the current pit latrine, at 50% of the costs of the current UDDTs. Although the resultingprice is still not within reach for most Bangladeshi, the affordability can be increased if the avoided emptying costs as well as the added value of human excreta as a fertilizer are taken into account.