Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence

This study explores whether deviation in rainfall in Ethiopia, a drought prone country, is a sensitive indicator of future increases in wasting. Around 12% of children 0–23 months were wasted, but we found no consistent association between the rainfall shock variables and child weight-for-height Z-s...

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Main Authors: Ledlie, Natasha, Alderman, Harold, Leroy, Jef L., You, Liangzhi
Format: Journal Article
Language:Inglés
Published: Nature Publishing Group 2018
Subjects:
Online Access:https://hdl.handle.net/10568/145640
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author Ledlie, Natasha
Alderman, Harold
Leroy, Jef L.
You, Liangzhi
author_browse Alderman, Harold
Ledlie, Natasha
Leroy, Jef L.
You, Liangzhi
author_facet Ledlie, Natasha
Alderman, Harold
Leroy, Jef L.
You, Liangzhi
author_sort Ledlie, Natasha
collection Repository of Agricultural Research Outputs (CGSpace)
description This study explores whether deviation in rainfall in Ethiopia, a drought prone country, is a sensitive indicator of future increases in wasting. Around 12% of children 0–23 months were wasted, but we found no consistent association between the rainfall shock variables and child weight-for-height Z-scores. The results indicate that monitoring rainfall does not provide a practical early warning to use for scaling up financing and management of preventative measures without additional information to increase precision.
format Journal Article
id CGSpace145640
institution CGIAR Consortium
language Inglés
publishDate 2018
publishDateRange 2018
publishDateSort 2018
publisher Nature Publishing Group
publisherStr Nature Publishing Group
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spelling CGSpace1456402024-10-25T07:53:16Z Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence Ledlie, Natasha Alderman, Harold Leroy, Jef L. You, Liangzhi weather hazards child nutrition stunting malnutrition rainfall patterns This study explores whether deviation in rainfall in Ethiopia, a drought prone country, is a sensitive indicator of future increases in wasting. Around 12% of children 0–23 months were wasted, but we found no consistent association between the rainfall shock variables and child weight-for-height Z-scores. The results indicate that monitoring rainfall does not provide a practical early warning to use for scaling up financing and management of preventative measures without additional information to increase precision. 2018-01-10 2024-06-21T09:04:47Z 2024-06-21T09:04:47Z Journal Article https://hdl.handle.net/10568/145640 en Open Access Nature Publishing Group Ledlie, Natasha; Alderman, Harold; Leroy, Jef L.; and You, Liangzhi [游良志]. 2018. Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence. European Journal of Clinical Nutrition 72: 177-178. https://doi.org/10.1038/ejcn.2017.144
spellingShingle weather hazards
child nutrition
stunting
malnutrition
rainfall patterns
Ledlie, Natasha
Alderman, Harold
Leroy, Jef L.
You, Liangzhi
Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence
title Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence
title_full Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence
title_fullStr Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence
title_full_unstemmed Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence
title_short Rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence
title_sort rainfall shocks are not necessarily a sensitive early indicator of changes in wasting prevalence
topic weather hazards
child nutrition
stunting
malnutrition
rainfall patterns
url https://hdl.handle.net/10568/145640
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AT youliangzhi rainfallshocksarenotnecessarilyasensitiveearlyindicatorofchangesinwastingprevalence