What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes

In Nepal, limited availability and affordability of nutritious foods contribute to malnutrition.To identify nutrient deficiencies in commonly consumed diets and model lowest cost changes that could improve diet quality in 3 agroecological zones of Nepal.In August to September 2014, we collected mark...

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Autores principales: Biehl, E., Klemm, R.D., Manohar, Swetha, Webb, Patrick, Gauchan, D., West, K.P.
Formato: Journal Article
Lenguaje:Inglés
Publicado: SAGE Publications 2016
Materias:
Acceso en línea:https://hdl.handle.net/10568/76203
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author Biehl, E.
Klemm, R.D.
Manohar, Swetha
Webb, Patrick
Gauchan, D.
West, K.P.
author_browse Biehl, E.
Gauchan, D.
Klemm, R.D.
Manohar, Swetha
Webb, Patrick
West, K.P.
author_facet Biehl, E.
Klemm, R.D.
Manohar, Swetha
Webb, Patrick
Gauchan, D.
West, K.P.
author_sort Biehl, E.
collection Repository of Agricultural Research Outputs (CGSpace)
description In Nepal, limited availability and affordability of nutritious foods contribute to malnutrition.To identify nutrient deficiencies in commonly consumed diets and model lowest cost changes that could improve diet quality in 3 agroecological zones of Nepal.In August to September 2014, we collected market price and women’s food frequency data from 3 representative villages in Nepal’s mountains (Mahat Gaun, Jumla, n = 181 households), hills (Sitapur, Arghakhanchi, n = 166), and terai (Saigaun, Banke, n = 232) and verified local diets during women’s group discussions. Using the Cost of the Diet method, we compared models of the most nutritious version of a commonly consumed diet given locally available foods (“common diet”) with the cheapest possible diet meeting nutrient requirements, including foods not currently available (“optimal diet”).The household common diet lacks sufficient vitamin B12, riboflavin, and calcium in the mountains; B6, B12, calcium, and iron in the hills; vitamin A, calcium, and iron in the terai. Adding fish to the mountain and hill diets and increasing dark green leafy vegetable consumption in all zones yielded nutritional adequacy. Optimal diets are more expensive than the common diet in the mountains and hills but less expensive in the terai.The modeled lowest cost diet commonly eaten in 3 Nepalese communities lacks key nutrients. Policies and interventions that increase market availability and consumption of vitamin B12- and calcium-rich fish and dark green leafy vegetables could improve local diets, particularly in the mountains and hills.
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spelling CGSpace762032025-04-02T19:06:18Z What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes Biehl, E. Klemm, R.D. Manohar, Swetha Webb, Patrick Gauchan, D. West, K.P. agriculture cost analysis diet household food security malnutrition In Nepal, limited availability and affordability of nutritious foods contribute to malnutrition.To identify nutrient deficiencies in commonly consumed diets and model lowest cost changes that could improve diet quality in 3 agroecological zones of Nepal.In August to September 2014, we collected market price and women’s food frequency data from 3 representative villages in Nepal’s mountains (Mahat Gaun, Jumla, n = 181 households), hills (Sitapur, Arghakhanchi, n = 166), and terai (Saigaun, Banke, n = 232) and verified local diets during women’s group discussions. Using the Cost of the Diet method, we compared models of the most nutritious version of a commonly consumed diet given locally available foods (“common diet”) with the cheapest possible diet meeting nutrient requirements, including foods not currently available (“optimal diet”).The household common diet lacks sufficient vitamin B12, riboflavin, and calcium in the mountains; B6, B12, calcium, and iron in the hills; vitamin A, calcium, and iron in the terai. Adding fish to the mountain and hill diets and increasing dark green leafy vegetable consumption in all zones yielded nutritional adequacy. Optimal diets are more expensive than the common diet in the mountains and hills but less expensive in the terai.The modeled lowest cost diet commonly eaten in 3 Nepalese communities lacks key nutrients. Policies and interventions that increase market availability and consumption of vitamin B12- and calcium-rich fish and dark green leafy vegetables could improve local diets, particularly in the mountains and hills. 2016-09 2016-07-15T11:58:34Z 2016-07-15T11:58:34Z Journal Article https://hdl.handle.net/10568/76203 en Open Access SAGE Publications Biehl, E.; Klemm, R.D.; Manohar, S.; Webb, P.; Gauchan, D.; West, K.P. Jr. (2016) What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes. Food and Nutrition Bulletin 37(3) p. 247-260 ISSN: 0379-5721
spellingShingle agriculture
cost analysis
diet
household food security
malnutrition
Biehl, E.
Klemm, R.D.
Manohar, Swetha
Webb, Patrick
Gauchan, D.
West, K.P.
What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes
title What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes
title_full What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes
title_fullStr What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes
title_full_unstemmed What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes
title_short What does it cost to improve household diets in Nepal? Using the cost of the diet method to model lowest cost dietary changes
title_sort what does it cost to improve household diets in nepal using the cost of the diet method to model lowest cost dietary changes
topic agriculture
cost analysis
diet
household food security
malnutrition
url https://hdl.handle.net/10568/76203
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