Agronomy, Free Full-Text

Agronomy, Free Full-Text

4.9
(684)
Write Review
More
$ 39.50
Add to Cart
In stock
Description

Flavescence dorée (FD) is a quarantine grapevine disease caused by a phytoplasma transmitted by the leafhopper Scaphoideus titanus Ball. FD management relies on compulsory insecticide treatments, roguing of infected plants, and substitution with certified material. Some grapevine cultivars show a spontaneous remission of symptoms (recovery). To determine if recovery is a suitable strategy to co-exist with disease in areas of strong infestation, the qualitative aspects of grapes, musts, and wines obtained from recovered Barbera and Chardonnay grapevines were investigated in two productive vineyards. Following field observations, about 1500 plants in each vineyard were divided into healthy (asymptomatic and negative in phytoplasma molecular diagnosis) and recovered (asymptomatic the year of observation but infected the year before). Maturation curves and microvinification tests followed by oenological and sensory analyses showed that maturation trends of recovered grapes were in line with those from healthy plants and the final qualities of wines were comparable. The spread of FD has strongly increased in Piedmont (Italy) in recent decades. Management strategies to cope with the disease are necessary to preserve traditional wine production. Despite the yield from recovered grapevines is quantitatively lower than that from healthy ones, we showed here that the wine quality is, however, preserved.

The Journal of Agricultural Science

Organic farming - Wikipedia

LimitAgronomy, Free Full-Text, vibrating with excitement - tizimin

We offer a premium serviceThe turgor loss model for rapid movement

Agronomy Free Full-Text Effect Of Soil Moisture Deficit On, 43% OFF

Agronomy, Free Full-Text

Agronomist Resume Example (Free Guide)

Agronomy Toolkit – Free Download

LimitAgronomy, Free Full-Text, vibrating with excitement - tizimin

PDF) Co-Inoculation of Rhizobacteria and Biochar Application

Climate-smart Agriculture Practices Influence Weed Density, 45% OFF

Agronomy, Free Full-Text