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Anatomical physiological and biochemical processes involved in grapevine rootstock drought tolerance

期刊: VITIS, 2021; 60 (2)

In order to explore the drought resistance mechanism of grape rootstocks, two grape rootstock species, '1103P' (a drought-tolerant rootstock) and '101......

Grapevine leafroll-associated virus 2 and grapevine 'Pinot gris' virus are present in seedlings developed from seeds of infected grapevine plants

期刊: VITIS, 2022; 61 (1)

Nearly 80 different viruses belonging to different genera and families have been identified in grapevines, but their seed transmissibility remains lar......

JIF:1.636

QTL identification and candidate gene identification for monoterpene content in grape (Vitis vinifera L.) berries

期刊: VITIS, 2020; 59 (1)

Great progress has been made during the last decade in clarifying the molecular details of aroma accumulation in grape berries. However, the multigene......

Root transcriptome reveals responses to plastic film mulching and grass cover in wine grape 'Cabernet Sauvignon' root and berry

期刊: VITIS, 2020; 59 (1)

This study was designed to investigate the influence of grass and film mulching on grape (V. vinifera) fruit quality and root transcriptome. The groun......

In vitro evaluation of berries of various Vitis genotypes for disease resistance to Botrytis cinerea

期刊: VITIS, 2019; 58 (4)

Berries of 41 Vitis genotypes were evaluated for resistance to B. cinerea. Evaluation revealed that four genotypes were highly resistant (HR), eight r......

JIF:1.37

Study on current status and climatic characteristics of wine regions in China

期刊: VITIS, 2018; 57 (1)

The aim of this paper is to improve the knowledge of the current status and climatic characteristics of Chinese wine regions. An investigation of Chin......

JIF:1.37

Comprehensive evaluation of heat resistance in 68 Vitis germplasm resources

期刊: VITIS, 2018; 57 (2)

Temperature is a crucial factor limiting plant growth. Grapevine is frequently subjected to high temperature during its maturation stage, and this ser......

JIF:1.37

In vitro specific interactions revealed the infective characteristics of fungal endophytes to grapevine

期刊: VITIS, 2017; 56 (2)

In the present study a method for co-culture of fungal endophytic strains and grape cells was developed in order to study their interactions, and filt......

JIF:0.82

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