NIRS Database on fresh blended cassava for Dry Matter, Water absorption, Texture & cooking Time at CIAT, Colombia
This database contains 250 NIR spectra of cassava puree acquired in CIAT (Colombia), by using FOSS DS2500 NIR spectrometer. Cassava harvested at CIAT (Colombia) from various fields and years: <br> <b>- 2019-2020:</b> 2 fields ""parentales/progenitors"" and ""sensorial"" in November 2019-February 2020. Five harvests (trials): 19-63, 19-64 & 20-02 are from the field parentales in 11/2019, 12/2019 and 01/2020 (9, 10, 11 months after planting), respectively; and 20-03 & 20-11 from field sensorial in 01/2020 and 02/2020 (10 and 11 months after planting) <br> <b>- 2021:</b> 1 field ""progenitors"" in January-March 2021. 3 harvests (trials): 21-01, 21-04 (complement 21-05) & 21-09 in January, February and March (9, 10, 11 months after planting). <br><br> NB: NIRS spectra of the second harvest (at 10 months) are from 21-05 trial. This database contains also laboratory data measured on the same cassava roots samples, such as DM, water absorption at 10 minutes of cooking (WA10), water absorption at 20 minutes of cooking (WA20), water absorption at 30 minutes of cooking (WA30), water absorption at optimum cooking time, optimum cooking time (OCT), DM at 30' boiling, gradient, max force, distance at max force, area, linear distance, end force : max force and end force.
Main Authors: | , , |
---|---|
Other Authors: | |
Format: | Spectral Data biblioteca |
Language: | English |
Published: |
CIRAD Dataverse
|
Subjects: | Agricultural Sciences, cassava fresh puree, cassava, optimum cooking time, cooking, water absorption, moisture content, NIRS, infrared spectrophotometry, texture, texture properties, food analysis, |
Online Access: | https://doi.org/10.18167/DVN1/4SQDRB |
Tags: |
Add Tag
No Tags, Be the first to tag this record!
|
id |
dat-cirad-10.18167DVN14SQDRB |
---|---|
record_format |
Dataverse |
spelling |
dat-cirad-10.18167DVN14SQDRB2023-07-28T00:00:04ZNIRS Database on fresh blended cassava for Dry Matter, Water absorption, Texture & cooking Time at CIAT, Colombiahttps://doi.org/10.18167/DVN1/4SQDRBTran, ThierryBelalcazar, JohnDavrieux, FabriceCIRAD DataverseThis database contains 250 NIR spectra of cassava puree acquired in CIAT (Colombia), by using FOSS DS2500 NIR spectrometer. Cassava harvested at CIAT (Colombia) from various fields and years: <br> <b>- 2019-2020:</b> 2 fields ""parentales/progenitors"" and ""sensorial"" in November 2019-February 2020. Five harvests (trials): 19-63, 19-64 & 20-02 are from the field parentales in 11/2019, 12/2019 and 01/2020 (9, 10, 11 months after planting), respectively; and 20-03 & 20-11 from field sensorial in 01/2020 and 02/2020 (10 and 11 months after planting) <br> <b>- 2021:</b> 1 field ""progenitors"" in January-March 2021. 3 harvests (trials): 21-01, 21-04 (complement 21-05) & 21-09 in January, February and March (9, 10, 11 months after planting). <br><br> NB: NIRS spectra of the second harvest (at 10 months) are from 21-05 trial. This database contains also laboratory data measured on the same cassava roots samples, such as DM, water absorption at 10 minutes of cooking (WA10), water absorption at 20 minutes of cooking (WA20), water absorption at 30 minutes of cooking (WA30), water absorption at optimum cooking time, optimum cooking time (OCT), DM at 30' boiling, gradient, max force, distance at max force, area, linear distance, end force : max force and end force.Agricultural Sciencescassava fresh pureecassavaoptimum cooking timecookingwater absorptionmoisture contentNIRSinfrared spectrophotometrytexturetexture propertiesfood analysisEnglishAsiimwe, AmosDavrieux, Fabrice, CIRAD, Qualisud, FranceSpectral Data |
institution |
CIRAD FR |
collection |
Dataverse |
country |
Francia |
countrycode |
FR |
component |
Datos de investigación |
access |
En linea En linea |
databasecode |
dat-cirad |
tag |
biblioteca |
region |
Europa del Oeste |
libraryname |
Centre de coopération internationale en recherche agronomique pour le développement |
language |
English |
topic |
Agricultural Sciences cassava fresh puree cassava optimum cooking time cooking water absorption moisture content NIRS infrared spectrophotometry texture texture properties food analysis Agricultural Sciences cassava fresh puree cassava optimum cooking time cooking water absorption moisture content NIRS infrared spectrophotometry texture texture properties food analysis |
spellingShingle |
Agricultural Sciences cassava fresh puree cassava optimum cooking time cooking water absorption moisture content NIRS infrared spectrophotometry texture texture properties food analysis Agricultural Sciences cassava fresh puree cassava optimum cooking time cooking water absorption moisture content NIRS infrared spectrophotometry texture texture properties food analysis Tran, Thierry Belalcazar, John Davrieux, Fabrice NIRS Database on fresh blended cassava for Dry Matter, Water absorption, Texture & cooking Time at CIAT, Colombia |
description |
This database contains 250 NIR spectra of cassava puree acquired in CIAT (Colombia), by using FOSS DS2500 NIR spectrometer. Cassava harvested at CIAT (Colombia) from various fields and years:
<br>
<b>- 2019-2020:</b> 2 fields ""parentales/progenitors"" and ""sensorial"" in November 2019-February 2020. Five harvests (trials): 19-63, 19-64 & 20-02 are from the field parentales in 11/2019, 12/2019 and 01/2020 (9, 10, 11 months after planting), respectively; and 20-03 & 20-11 from field sensorial in 01/2020 and 02/2020 (10 and 11 months after planting)
<br>
<b>- 2021:</b> 1 field ""progenitors"" in January-March 2021. 3 harvests (trials): 21-01, 21-04 (complement 21-05) & 21-09 in January, February and March (9, 10, 11 months after planting).
<br><br>
NB: NIRS spectra of the second harvest (at 10 months) are from 21-05 trial. This database contains also laboratory data measured on the same cassava roots samples, such as DM, water absorption at 10 minutes of cooking (WA10), water absorption at 20 minutes of cooking (WA20), water absorption at 30 minutes of cooking (WA30), water absorption at optimum cooking time, optimum cooking time (OCT), DM at 30' boiling, gradient, max force, distance at max force, area, linear distance, end force : max force and end force. |
author2 |
Asiimwe, Amos |
author_facet |
Asiimwe, Amos Tran, Thierry Belalcazar, John Davrieux, Fabrice |
format |
Spectral Data |
topic_facet |
Agricultural Sciences cassava fresh puree cassava optimum cooking time cooking water absorption moisture content NIRS infrared spectrophotometry texture texture properties food analysis |
author |
Tran, Thierry Belalcazar, John Davrieux, Fabrice |
author_sort |
Tran, Thierry |
title |
NIRS Database on fresh blended cassava for Dry Matter, Water absorption, Texture & cooking Time at CIAT, Colombia |
title_short |
NIRS Database on fresh blended cassava for Dry Matter, Water absorption, Texture & cooking Time at CIAT, Colombia |
title_full |
NIRS Database on fresh blended cassava for Dry Matter, Water absorption, Texture & cooking Time at CIAT, Colombia |
title_fullStr |
NIRS Database on fresh blended cassava for Dry Matter, Water absorption, Texture & cooking Time at CIAT, Colombia |
title_full_unstemmed |
NIRS Database on fresh blended cassava for Dry Matter, Water absorption, Texture & cooking Time at CIAT, Colombia |
title_sort |
nirs database on fresh blended cassava for dry matter, water absorption, texture & cooking time at ciat, colombia |
publisher |
CIRAD Dataverse |
url |
https://doi.org/10.18167/DVN1/4SQDRB |
work_keys_str_mv |
AT tranthierry nirsdatabaseonfreshblendedcassavafordrymatterwaterabsorptiontexturecookingtimeatciatcolombia AT belalcazarjohn nirsdatabaseonfreshblendedcassavafordrymatterwaterabsorptiontexturecookingtimeatciatcolombia AT davrieuxfabrice nirsdatabaseonfreshblendedcassavafordrymatterwaterabsorptiontexturecookingtimeatciatcolombia |
_version_ |
1778475255701962752 |