The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics

Agrotechnologcal Research institute, ATO; Plant Research International,; Högskolan Dalarna,; Danish Institute of Agricultural Sciences, DIAD; Praktijkonderzoek Planmt en Omgeving, PPONL; Hedeselskabets Planteskole, HSP; Forestry Commission Research Agency, FC(FR; Alba Trees, ALBA

The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics

Agrotechnologcal Research institute, ATO, Plant Research International,, Högskolan Dalarna,, Danish Institute of Agricultural Sciences, DIAD, Praktijkonderzoek Planmt en Omgeving, PPONL, Hedeselskabets Planteskole, HSP, Forestry Commission Research Agency, FC(FR, Alba Trees, ALBA

Research output: Book/Report › Report › Professional

Original language	English
Place of Publication	Wageningen
Publisher	ATO-DLO
Publication status	Published - 2000

Access to Document

https://edepot.wur.nl/477828

Cite this

Agrotechnologcal Research institute, ATO, Plant Research International,, Högskolan Dalarna,, Danish Institute of Agricultural Sciences, DIAD, Praktijkonderzoek Planmt en Omgeving, PPONL, Hedeselskabets Planteskole, HSP, Forestry Commission Research Agency, FC(FR, & Alba Trees, ALBA (2000). The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics. ATO-DLO. https://edepot.wur.nl/477828

Agrotechnologcal Research institute, ATO ; Plant Research International, ; Högskolan Dalarna, et al. / The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics. Wageningen : ATO-DLO, 2000.

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title = "The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics",

author = "{Agrotechnologcal Research institute, ATO} and {Plant Research International,} and {H{\"o}gskolan Dalarna,} and {Danish Institute of Agricultural Sciences, DIAD} and {Praktijkonderzoek Planmt en Omgeving, PPONL} and {Hedeselskabets Planteskole, HSP} and {Forestry Commission Research Agency, FC(FR} and {Alba Trees, ALBA} and {van Wordragen}, M.",

note = "Part A: Proposal submissions for financial support from the EC for shared-cost RTD actions: research and technological development projects, demonstration projects and combined projects. - Part B:Description of scientific/technological objectives and workplan (26 pages) Contract number: QLK5-2001-00135. - Acronym of the project: COLDTREE Thematic priorities: QOL-2000-5.3.1, QOL-2000-5.1.1, QOL-2000-8.2",

year = "2000",

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publisher = "ATO-DLO",

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Agrotechnologcal Research institute, ATO, Plant Research International, Högskolan Dalarna, Danish Institute of Agricultural Sciences, DIAD, Praktijkonderzoek Planmt en Omgeving, PPONL, Hedeselskabets Planteskole, HSP, Forestry Commission Research Agency, FC(FR & Alba Trees, ALBA 2000, The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics. ATO-DLO, Wageningen. <https://edepot.wur.nl/477828>

The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics. / Agrotechnologcal Research institute, ATO; Plant Research International,; Högskolan Dalarna, et al.
Wageningen: ATO-DLO, 2000.

Research output: Book/Report › Report › Professional

TY - BOOK

T1 - The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics

AU - Agrotechnologcal Research institute, ATO

AU - Plant Research International,

AU - Högskolan Dalarna,

AU - Danish Institute of Agricultural Sciences, DIAD

AU - Praktijkonderzoek Planmt en Omgeving, PPONL

AU - Hedeselskabets Planteskole, HSP

AU - Forestry Commission Research Agency, FC(FR

AU - Alba Trees, ALBA

AU - van Wordragen, M.

N1 - Part A: Proposal submissions for financial support from the EC for shared-cost RTD actions: research and technological development projects, demonstration projects and combined projects. - Part B:Description of scientific/technological objectives and workplan (26 pages) Contract number: QLK5-2001-00135. - Acronym of the project: COLDTREE Thematic priorities: QOL-2000-5.3.1, QOL-2000-5.1.1, QOL-2000-8.2

PY - 2000

Y1 - 2000

M3 - Report

BT - The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics

PB - ATO-DLO

CY - Wageningen

ER -

Agrotechnologcal Research institute, ATO, Plant Research International, Högskolan Dalarna, Danish Institute of Agricultural Sciences, DIAD, Praktijkonderzoek Planmt en Omgeving, PPONL, Hedeselskabets Planteskole, HSP et al. The application of cDNA microarray technology for unravelling molecular events underlying dormancy and cold hardiness in forest tree seedlings : a first step towards the development of molecular diagnostic tests for cost efficient reforestation and nursery logistics. Wageningen: ATO-DLO, 2000.