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INRAE Studies Beetroot - Estree Mons (40)

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EN_01450425_0001
EN_01450425_0001

A field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0002

A field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0003
EN_01450425_0003

A field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0004
EN_01450425_0004

A field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0005
EN_01450425_0005

Eric Hanocq, manager of the experimental unit of Estree Mons (GCIE) of the INRAE in a field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0006
EN_01450425_0006

Sick plants of beetroots can be identified with their yellow leaves, which does not allow photosynthesis and creates a loss in sugar production in a field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0007
EN_01450425_0007

Sick plants of beetroots can be identified with their yellow leaves, which does not allow photosynthesis and creates a loss in sugar production in a field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0008

A ladybug in a plant of beetroot. This animal can be used as an auxiliary to protect from the jaundince disease, caused by the spreading of green aphids, a natural prey of the ladybug. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0009
EN_01450425_0009

Sick plants of beetroots can be identified with their yellow leaves, which does not allow photosynthesis and creates a loss in sugar production in a field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0010
EN_01450425_0010

Sick plants of beetroots can be identified with their yellow leaves, which does not allow photosynthesis and creates a loss in sugar production in a field of beetroots with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0011

Eric Hanocq, manager of the experimental unit of Estree Mons (GCIE) of the INRAE picks a beetroot in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0012
EN_01450425_0012

Eric Hanocq, manager of the experimental unit of Estree Mons (GCIE) of the INRAE picks a beetroot in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0013
EN_01450425_0013

A man picks a beetroot in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0014

A man picks a beetroot in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0015

A man holds a healthy beetroot and a sick one in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0016

Eric Hanocq, manager of the experimental unit of Estree Mons (GCIE) of the INRAE holds a healthy beetroot and a sick one in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0017

Eric Hanocq, manager of the experimental unit of Estree Mons (GCIE) of the INRAE holds a healthy beetroot and a sick one in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0018
EN_01450425_0018

Eric Hanocq, manager of the experimental unit of Estree Mons (GCIE) of the INRAE holds a healthy beetroot and a sick one in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0019

Eric Hanocq, manager of the experimental unit of Estree Mons (GCIE) of the INRAE holds a healthy beetroot and a sick one in a field with plants contaminated by the jaundince disease, caused by the spreading of green aphids. Sick beetroots an be spotted by the yellow leaves instead of green. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0020
EN_01450425_0020

A laboratory techician observes sugar beetroots plants coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0021

Sugar beetroots from a zero pesticide field of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) shows sign of disease : a jaundice caused by green aphids which turns green leaves in yellow, stopping the photosynthesis and therefore the production of sugar. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0022
EN_01450425_0022

A laboratory techician observes sugar beetroots plants coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0023
EN_01450425_0023

Sugar beetroots from a zero pesticide field of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) shows sign of disease : a jaundice caused by green aphids which turns green leaves in yellow, stopping the photosynthesis and therefore the production of sugar. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0024
EN_01450425_0024

A laboratory techician observes sugar beetroots plants coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0025
EN_01450425_0025

Sugar beetroots from a zero pesticide field of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) shows sign of disease : a jaundice caused by green aphids which turns green leaves in yellow, stopping the photosynthesis and therefore the production of sugar. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0026
EN_01450425_0026

A laboratory techician observes sugar beetroots plants coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0027
EN_01450425_0027

A laboratory techician observes sugar beetroots plants coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0028

A laboratory techician observes black aphids, a threat for the plant, on a sugar beetroot coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0029

A laboratory techician cuts sugar beetroots plants coming from a a zero pesticide field to facilitate the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0030

A laboratory techician observes sugar beetroots plants coming from a a zero pesticide field are cut and leaves separated to facilitate the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0031
EN_01450425_0031

Sugar beetroots from a zero pesticide field are cut and leaves separated to facilitate the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0032
EN_01450425_0032

Sugar beetroots from a zero pesticide field are cut and leaves separated to facilitate the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0033
EN_01450425_0033

Sugar beetroots from a zero pesticide field are cut and leaves separated to facilitate the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0034
EN_01450425_0034

Sugar beetroots from a zero pesticide field are cut and leaves separated to facilitate the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0035
EN_01450425_0035

A laboratory techician observes sugar beetroots plants coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0036

A laboratory techician notes the results on a digital tablet of her observation of sugar beetroots plants coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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EN_01450425_0037

A lwoman holds a sugar beetroot coming from a a zero pesticide field for the studies of the INRAE (Institut National de Recherche pour l'Agriculture et l'Environnement) on the productivity of non treated plants. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0038
EN_01450425_0038

Seeds of beetroots are coated with clay to protect after sowing from natural consumers to avoid loss in the protection. The coat may or may not contain chemicals and pesticide. Coated seeds are not allowed in organic production only. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0039
EN_01450425_0039

Seeds of beetroots are coated with clay to protect after sowing from natural consumers to avoid loss in the protection. The coat may or may not contain chemicals and pesticide. Coated seeds are not allowed in organic production only. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

EN_01450425_0040
EN_01450425_0040

Seeds of beetroots are coated with clay to protect after sowing from natural consumers to avoid loss in the protection. The coat may or may not contain chemicals and pesticide. Coated seeds are not allowed in organic production only. Estree Mons, France, October 7th, 2020. Photo by Daniel Derajinski/ABACAPRESS.COM

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