• No se han encontrado resultados

Interactive effects of grapevine leafroll associated virus 3 (GLRav 3) and water stress on the gas exchange, water use efficiency, plant hydraulics and metabolism in local grapevine cultivars

N/A
N/A
Protected

Academic year: 2020

Share "Interactive effects of grapevine leafroll associated virus 3 (GLRav 3) and water stress on the gas exchange, water use efficiency, plant hydraulics and metabolism in local grapevine cultivars"

Copied!
209
0
0

Texto completo

Loading

Figure

Figure  3.  View  of  virus  cell-to-cell  and  long-distance  movement  in  plant  tissues  (Modified  from Hipper et al
Figure 1: Single and multiple virus incidences per variety (in %). R1: Grapevine leafroll associated  virus-1 (GLRaV-1), R3: Grapevine leafroll associated virus-3 (GLRaV-3)
Figure 1: Mean log values (number of genome copies mg -1  host tissue) and standard deviations (SD) of  the absolute quantities of GLRaV-3 of two cvs
Table 1: Leaf area (LA), Increment leaf area, Shoot length and Total number of leaves (leaves per plants)  measured in non-infected (NI) and virus-infected (VI) plants under well watered (WW) and water stress  (WS)  conditions
+7

Referencias

Documento similar

The kinetics of chalcocite dissolution in sea water and in reject brine from a desalination plant are compared, and the effect of MnO 2 and sulfuric acid on the percentage of

• Inadvertently, virtual water will play a greater role in food trade – simply as a function of increasing water scarcity and the disparity of water availability between countries

a symptom of disconnected agricultural and sanitation policies ...74 Policy cocktails for protecting coastal waters from land-based activities 84 Pathways to improved water

Our findings suggest that an increase in irrigation efficiency (due to WCST implementation, e.g., a change from furrow irrigation to drip irrigation) would generate

For this reason different methodologies have been evaluated in this thesis to increase water use efficiency in Andalusian agriculture by means of the improvement in the

Values of leaf osmotic potential at full turgor (Ψ os ) were significantly lower in stressed than in control plants at the end of each stress period, showing an osmotic

Combined effects of water stress and fruit thinning on fruit and vegetative growth of a very early-maturing peach cultivar: assessment by means of a fruit tree model,

Seasonal change in (A) leaf δ 15 N values, (B) leaf nitrogen total content and (C) area-based leaf nitrogen content for TW-FI (Transfer 281. water-Full Irrigation), TW-RDI