Using Relative Humidity Indicator Paper to Measure Seed and Commodity Moisture Contents

Declines of seed viability in storage and losses of stored commodities due to fungal spoilage and insect pests are promoted by high moisture content. However, measuring seed or grain moisture content in the field can be difficult, particularly in rural locations in developing countries. Because seed...

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Bibliographic Details
Main Authors: Kent J. Bradford, Peetambar Dahal, Pedro Bello
Format: Article
Language:English
Published: Wiley 2016-10-01
Series:Agricultural & Environmental Letters
Online Access:https://dl.sciencesocieties.org/publications/ael/articles/1/1/160018
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spelling doaj-82de1385c66249a79e30824abe9fe2b92020-11-25T03:48:04ZengWileyAgricultural & Environmental Letters2471-96252016-10-011110.2134/ael2016.04.0018160018Using Relative Humidity Indicator Paper to Measure Seed and Commodity Moisture ContentsKent J. BradfordPeetambar DahalPedro BelloDeclines of seed viability in storage and losses of stored commodities due to fungal spoilage and insect pests are promoted by high moisture content. However, measuring seed or grain moisture content in the field can be difficult, particularly in rural locations in developing countries. Because seed/commodity moisture content is uniquely related to equilibrium relative humidity at a given temperature, moisture content can be estimated by measuring the relative humidity of a sample enclosed in a sealed container. Relative humidity can be measured using electronic meters, or even more inexpensively using indicator paper that changes color in response to relative humidity. We describe this method and provide a spreadsheet to convert relative humidity to moisture content for many common seeds and commodities. This simple method can be used in the field for quickly estimating seed or commodity moisture content to determine whether further drying is needed or is suitable for storage, milling or other uses.https://dl.sciencesocieties.org/publications/ael/articles/1/1/160018
collection DOAJ
language English
format Article
sources DOAJ
author Kent J. Bradford
Peetambar Dahal
Pedro Bello
spellingShingle Kent J. Bradford
Peetambar Dahal
Pedro Bello
Using Relative Humidity Indicator Paper to Measure Seed and Commodity Moisture Contents
Agricultural & Environmental Letters
author_facet Kent J. Bradford
Peetambar Dahal
Pedro Bello
author_sort Kent J. Bradford
title Using Relative Humidity Indicator Paper to Measure Seed and Commodity Moisture Contents
title_short Using Relative Humidity Indicator Paper to Measure Seed and Commodity Moisture Contents
title_full Using Relative Humidity Indicator Paper to Measure Seed and Commodity Moisture Contents
title_fullStr Using Relative Humidity Indicator Paper to Measure Seed and Commodity Moisture Contents
title_full_unstemmed Using Relative Humidity Indicator Paper to Measure Seed and Commodity Moisture Contents
title_sort using relative humidity indicator paper to measure seed and commodity moisture contents
publisher Wiley
series Agricultural & Environmental Letters
issn 2471-9625
publishDate 2016-10-01
description Declines of seed viability in storage and losses of stored commodities due to fungal spoilage and insect pests are promoted by high moisture content. However, measuring seed or grain moisture content in the field can be difficult, particularly in rural locations in developing countries. Because seed/commodity moisture content is uniquely related to equilibrium relative humidity at a given temperature, moisture content can be estimated by measuring the relative humidity of a sample enclosed in a sealed container. Relative humidity can be measured using electronic meters, or even more inexpensively using indicator paper that changes color in response to relative humidity. We describe this method and provide a spreadsheet to convert relative humidity to moisture content for many common seeds and commodities. This simple method can be used in the field for quickly estimating seed or commodity moisture content to determine whether further drying is needed or is suitable for storage, milling or other uses.
url https://dl.sciencesocieties.org/publications/ael/articles/1/1/160018
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