Winery FerreiraDona Antonia 10 Años White Port
This wine generally goes well with
Wine flavors and olphactive analysis
On the nose the Dona Antonia 10 Años White Port of Winery Ferreira in the region of Duriense often reveals types of flavors of non oak, earth or microbio and sometimes also flavors of vegetal, oak or dried fruit.
Details and technical informations about Winery Ferreira's Dona Antonia 10 Años White Port.
Discover the grape variety: Parellada
The white Parellada is a grape variety that originated in France (Spain). It produces a variety of grape specially used for the elaboration of wine. It is rare to find this grape to eat on our tables. This variety of grape is characterized by large bunches of grapes of medium size. The white Parellada can be found cultivated in these vineyards: Languedoc & Roussillon, South West.
Last vintages of this wine
The best vintages of Dona Antonia 10 Años White Port from Winery Ferreira are 2018
Informations about the Winery Ferreira
The Winery Ferreira is one of of the world's great estates. It offers 24 wines for sale in the of Porto to come and discover on site or to buy online.
The wine region of Porto
The wine region of Porto is located in the region of Duriense of Portugal. We currently count 312 estates and châteaux in the of Porto, producing 2132 different wines in conventional, organic and biodynamic agriculture. The wines of Porto go well with generally quite well with dishes .
The wine region of Duriense
Duriense is a Portuguese wine region covering the same area as the Douro DOC and the Port wine region. In difference from Douro DOC, Duriense VR is a designation at the lower Vinho Regional (VR) level, which corresponds to table wines with a geographical indication under European Union wine regulations, similar to a French vin de pays region. Thus, it is the simpler or less typical wines of the Douro region that are sold using a Duriense VR label. Before the creation of a separate Duriense VR, the Douro vineyards were Part of the former Transmontano/tras-os-montes">Trás-os-Montes VR, which is now called Transmontano VR and no longer includes the Douro vineyards.
News related to this wine
The Mâcon plus appellation investigated through its geology and geography
The Bourgogne Wine Board (BIVB) invites you to enjoy this video in which Jean-Pierre Renard, Expert Instructor at the Ecole des Vins de Bourgogne, explains the topographical and geological characteristics of the appellation Mâcon plus geographical denomination . The tectonics and the very different nature of the rocks that make up the subsoil of this region explain the great variety of soils found in this part fo Bourgogne. It also explains why each wine offers a different personnality. This vid ...
At the heart of the terroirs of Mâcon-Verzé
Sequence from the video « At the heart of the Mâcon terroir » which offer a stroll at the heart of the Mâcon terroir. It offers a focus on Mâcon-Verzé, one of the 27 geographical denominations of the Mâcon appellation. Travel through the terroirs of the Mâcon appellation by watching the full video : https://www.youtube.com/watch?v=GF20y1aBZh8 Both are available in French and English. Our social media: Facebook: https://www.facebook.com/BourgogneWines Twitter: https://twitter.com/BourgogneWines ...
Geographical denomination: The first step towards the notion of terroir – Focus Bourgogne
We created this photomontage, to show you the landscapes and the different characteristics of the 14 geographical denominations of the Bourgogne appellation: Wine colors, grape varieties, soil specificities, surface area and production. You’ll become an expert on the Bourgogne appellation! Our social media: Facebook: https://www.facebook.com/BourgogneWines Twitter: https://twitter.com/BourgogneWines/ Instagram: https://www.instagram.com/vinsdebourgogne/ LinkedIn: https://www.linkedin.com/comp ...
The word of the wine: Wiring
Action of periodically filling barrels containing wine, in order to offset evaporation and maintain a maximum level. The topping up allows to avoid the phenomenon of oxidation.