Registered Geographical Indications

Application Number: G/4/2023/00001

Filing Date: 20-Nov-2022

Registration Date: 13-May-2023

Applicant: Guimaras Mango Growers and Producers Development Cooperative

Goods: Fresh Mangoes

Geographical Area: Entire island province of Guimaras, consisting of the 5 municipalities namely, Jordan, Buenavista, San Lorenzo, Sibunag and Nueva Valencia

Disclaimer/s: Mango

Quality, Characteristics, Reputation: Produced exclusively in the island province of Guimaras, Guimaras mango is a typical “carabao” variety mango which is shaped like an ellipsoid, with a rounded crown and an oblong end. It has a green color when unripe and changes into yellow-orange to yellow color as it ripens. Its flesh is meaty, smooth, firm, juicy and non-fibrous. The size of the total blemishes found on the skin of the Guimaras mango shall not exceed 10% of the total fruit surface.

Guimaras mango is also known as the “sweetest mango” due to its sweetness which ranges from 16-degree Brix and higher. It also has “marabo” texture, a Guimarasnon word meaning a distinct blend of crunchiness, sweetness and sourness.

The quality and characteristics of Guimaras mango is attributed to the topography of Guimaras Island which varies from flat to steeply sloping, with land elevation ranging from 0 to nearly 300 meters above sea level. The moderately undulating and rolling to steeply sloping topography and elevation of the island is highly suited for growing “carabao” mangoes.

Guimaras island has also combination of calcareous and loamy soils whichcontributes to the good quality of the Guimaras mango. The reputation of Guimaras as source of its famous mangoes was likewise established due to its mango festival known as “Manggahan Festival” celebrated during the month of May each year.

Application Number: G/4/2023/00002

Filing Date: 11-Aug-2023

Publication Date: 29-Sep-2023

Registration Date: 29-Oct-2023

Applicant: Bureau National Interprofessionnel du Cognac (BNIC)

Goods: Wine spirits

Geographical Area: This application concerns the geographical indication of "Cognac” or “Eau-de-vie de Cognac” or “Eau-de-vie des Charentes”, which is a wine spirit made from certain white grape varieties grown within the defined geographical area of the town of Cognac in the French “departments” of La Charente, Charente-Maritime, Dordogne and Deux-Sèvres in the western part of the Nouvelle-Aquitaine region. A French “department” is an administrative division of France between the region and commune. The geographical indication of “Cognac” or “Eau-de-vie de Cognac” or “Eau-de-vie des Charentes” is protected in various countries and regions around the world, including in France and Europe.

Application Number: G/4/2023/00003

Filing Date: 09-Oct-2023

Registration Date: 12-Jan-2024

Applicant: The Scotch Whisky Association

Goods: Spirits

Geographical Area: Scotch Whisky is whisky distilled and matured in Scotland. Scotland is located in the northern region of the United Kingdom, which is off the North Western coastline of continental Europe. Scotland is bordered by England in the South, the Sea of the Hebrides, the Atlantic Ocean and the North Sea. Mainland Scotland lies roughly between 55 degrees N and 60 degrees N, and between 1.7 degrees W and 6 degrees W The Shetland Islands, the most northerly part of Scotland are about 61 degrees N, and the islands of The Outer Hebrides are approximately 7 degrees West. Within the Scotch Whisky geographical indication are the following protected locality and regional geographical indications. The protected localities are: (a) “Campbeltown”, comprising the South Kintyre ward of the Argyll and Bute Council as that ward is constituted in the Argyll and Bute (Electoral Arrangements) Order 2006(a); and (b) “Islay”, comprising the Isle of Islay in Argyll. The protected regions are: (a) “Highland”, comprising that part of Scotland that is north of the line dividing the Highland region from the Lowland region; (b) “Lowland”, comprising that part of Scotland that is south of the line dividing the Highland region from the Lowland region; and (c) “Speyside”, comprising: (i) the wards of Buckie, Elgin City North, Elgin City South, Fochabers Lhanbryde, Forres, Heldon and Laich, Keith and Cullen and Speyside Glenlivet of the Moray Council as those wards are constituted in the Moray (Electoral Arrangements) Order 2006(b); and (ii) the Badenoch and Strathspey ward of the Highland Council as that ward is constituted in the Highland (Electoral Arrangements) Order 2006(c).

Disclaimer/s: Whisky

Quality, Characteristics, Reputation: The three factors which distinguish Scotch Whisky from other whisky are: (a) the differences in the production process, including differences reflected in the legal definitions; (b) the geography, geology and climate of Scotland; and (c) the skills and knowhow of the distiller and the blender.

Production Process

1. The Scotch Whisky definition prohibits the use of added enzymes and requires the use of malted barley. The reliance on malted barley enzymes in the production of Scotch Whisky means that the initial fermentation substrate can be quite different to that of whisky produced with the use of added enzymes. The composition of the substrate, particularly in relation to the sugars, has an effect on the type of yeast which can be used and thus the congeners which are produced.

2. The Scotch Whisky definition requires the mandatory use of oak casks, whereas, for example, Regulation (EC) No 110/2008 requires only the use of wooden casks.

3. All processes for Scotch Whisky from mashing of the cereals, conversion into a fermentable substrate, fermentation and distillation must take place at the same distillery, and all maturation of Scotch Whisky must take place in Scotland.

Natural Factors in the Geographical Area

1. The geology and geography of Scotland – Scotland comprises the northern one-third of the island of Great Britain and includes over 790 islands and archipelagos. It is divided into Highland and Lowland areas by the Highland Boundary Fault. The Highlands and Islands to the north and west of the fault make up about 60% of the land mass. Scotland has a varied but unique geology resulting from major seismic activity many years ago. Pure water, which is one of the principal natural raw materials in the manufacture of Scotch Whisky, varies according to the local rocks and countryside through which it flows on its way to each distillery.

2. The climate of Scotland – The climate of Scotland also has a significant effect on the character of Scotch Whisky. The prevailing wind is from the south west bringing warm moist air from the Atlantic. Although quite far north, Scotland has a cool, mild climate. The Highlands and Western Islands are one of the wettest areas in Europe with annual rainfall of up to 4577mm. The East is drier and suitable for the growth of barley and wheat. The cool, humid climate provides plentiful supplies of good quality water.

3. Water – The wet climate of Scotland ensures that the country has an abundance of clean, fresh water. Scotch Whisky distilleries have always been built where there is a good reliable source of water of a particular quality, and distilleries frequently own the source of their water to ensure a continuous supply and that it remains pure and uncontaminated. Water is one of the three natural raw materials of Scotch Whisky.

4. Peat – Used historically as a fuel both for firing stills and for drying barley during the malting process, peat is in plentiful supply in Scotland. Peat still plays an important role in the production of Scotch Whisky and its flavour.

5. Factors influencing the fermentation – In the cool climate of Scotland the fermentation can be started at low temperatures and allowed to heat up naturally to a maximum of about 33ºC.

6. Influence of climate on maturation – Scotland has a maritime climate heavily influenced by the Gulf Stream. During maturation the spirit permeates the oak cask, and alcohol and water can evaporate. In warmer, dryer climates more water evaporates than alcohol leading to an increase in alcoholic strength in the cask. This affects the various interactions which are occurring. In the cool, moist climate of Scotland, there is less of an overall rate of evaporation loss but proportionately more alcohol evaporates resulting in a reduction of the alcoholic strength.

Characteristics Attributable to the Geographical Area Composition of the Scotch Whisky distillate:

1. Water – Whether it is ‘peaty’ water which seeps through Scottish moors, ‘soft’ water which has flowed over granite rocks, or ‘hard’ water that has flowed through sandstone, the nature of the water used for mashing and fermentation plays an important part in the character and quality of the Scotch Whisky distillate

2. Endogenous enzymes – The Scottish requirement to use only the endogenous barley enzymes results in a more complex substrate, which in turn requires specialised yeast strains to carry out the fermentation.

3. Fermentation – The fermentation pattern referred to above, which is made possible by the Scottish climate, affects the character of the final distillate.

4. Composition of the distillate – Numerous other geographical factors influence the composition of the distillate, including the levels of congeners produced during fermentation; the still design, the rate of distillation, copper contact and the fractions collected. These are all determined by practices which have evolved in the geographical area over time. The distiller uses his or her know-how to control the entire distilling process to obtain the desired characteristics in the distillate.

Organoleptic characteristics of Scotch Whisky:

1. Maturity – The cool and damp Scottish climate provides ideal conditions during maturation to produce a very different spirit than would be produced by maturation in different climatic conditions. For that reason, it is required that all maturation of Scotch Whisky must take place in Scotland i.e. it cannot be matured for any period of time in another country.

2. Peat aroma – Peat, a natural fuel consisting of turf cut from the moors of Scotland, is used to varying degrees to fire kilns in the malted barley drying process, along with more modern fuels. Smoke from the fire drifts upwards through a wire mesh floor to dry out the barley, and imparts a distinctive aroma, known as ‘peat reek’. These peaty aromas pass through the process into the distilled product and contribute to the character of the final spirit. Commercial malting companies also supply distilleries with “peated” barley malt. The distiller decides the degree of “peatiness” they wish to have in their Malt Scotch Whisky, ranging from none to heavily peated.

3. Blenders’ art – Blenders strive to maintain the consistency of their Scotch Whisky brands. The blender of each company will train a successor and in this way the skill is handed down from one generation to another, ensuring the typical Scotch Whisky taste is replicated generation after generation. Whereas the distilling of Scotch Whisky is a science which has been developed over the years, the blending of Scotch Whisky is an art.

Human and Process Factors in the Geographical Area

Skills and processes developed in Scotland and handed down over the centuries also have a significant effect on the quality and character of Scotch Whisky:

1. Raw materials – Scotch Whisky is made with malted barley, with or without other cereals, yeast and water. In Scotland, in some cases, the malted barley is dried over a peat fire. In Scotland the cereals are made into a mash with hot water and the cereal starch is broken down by the amylase enzymes of the malted barley. In the Scottish process, no added enzymes are allowed.

2. The stills – The whole process for the production of Scotch Whisky has been refined over the years to optimise quality and to produce a particular character. Each malt whisky distillery has its own unique copper stills. It is scientifically established that the different shapes of the stills lead to differences in the flavour of the Scotch Whiskies produced.

3. The distiller – The distiller is responsible for ensuring that only the best quality spirit is filled into cask for maturation to become Scotch Whisky. Ethanol and other volatile substances are separated from the fermented wort by distillation, during which some of the volatile substances can interact to form new congeners. There is little rectification during the pot distillation used in the malt whisky process. Some rectification occurs in column distillation, but the permitted maximum distillation strength ensures that the grain whisky distillate has a flavour and aroma derived from the raw materials and is not neutral.

4. The cooper – The type and quality of casks used to mature Scotch Whisky has a very significant effect on the quality and character of the final product. Although the great majority of the casks used to mature Scotch Whisky have previously been used for other spirits and wines, casks require to be reconditioned and repaired, reassembled, ‘toasted’ with heat, ‘decharred’ and ‘charred’. This involves skills in working with the wood and heat to produce a good quality cask, which will also not leak.

5. The blender – There are over 140 Scotch Whisky distilleries and many companies trade whiskies with each other to increase the variety of whiskies available to them for blending. Skilled blenders are the developers of brand recipes and custodians of their on-going maintenance in terms of quality and consistency. A Blended Scotch Whisky may contain over 50 different single whiskies, and these may have been matured in a range of sizes of casks, made of different types of oak and of different maturation potential. The blender’s skill and know-how allows all of the different variables to be combined to result in a product which has a quality that is greater than the sum of each component. The blender will combine hundreds of casks of different whiskies of different ages from different distilleries to produce exactly the same quality and style of blend for every batch of his or her brand. As every cask of Scotch Whisky is different, this involves considerable skill relying largely on sense of smell to assess the quality and characteristics of each cask.

Reputation of Scotch Whisky

1. Historical origins – Scotch Whisky has been produced in Scotland for more than 500 years and has been exported from Scotland for around 200 years. The term “whisky” derives originally from the words in the Gaelic language “Uisge Beatha” or “Usquebaugh”. Gaelic is the traditional language spoken in the Highlands of Scotland and Ireland. The Gaelic description first evolved into “Uiskie” and then “Whisky”. A Royal Commission was set up in 1908 in the United Kingdom to decide what restrictions should apply as to how Scotch Whisky was made. It issued its report in 1909. The Immature Spirits (Restriction) Act, 1915 required ageing of Scotch Whisky in barrels for at least 2 years, which was extended to 3 years in 1916. Subsequently, Scotch Whisky was defined by statute in UK law in 1933, and it has been defined in UK legislation since that date.

2. Worldwide sales – Around 1.67 billion bottles of Scotch Whisky were exported from the UK to over 170 countries, including the Philippines, in 2022, to the value of over £6.2 billion.

3. International recognition and GI Registrations

a. Under Regulation (EU) No 2019/787, and previously Regulations (EC) No 110/2008 and (EEC) No 1576/89, Scotch Whisky has been recognised as a geographical indication in the European Union (EU) since 1989. Prior to 1989 Scotch Whisky was protected by the laws of a number of individual EU Member States. For example, it has been protected as an appellation of origin in France since 1975 under a bilateral agreement between France and the United Kingdom.

b. Outside the EU, numerous other countries have defined Scotch Whisky in their legislation as whisky produced solely in Scotland. For example, the US legal definition of Scotch Whisky is: “whisky which is a distinctive product of Scotland, manufactured in Scotland in compliance with the laws of the United Kingdom regulating the manufacture of Scotch Whisky for consumption in the United Kingdom”.

c. Scotch Whisky is also registered as a geographical indication in a number of countries including, for example, Canada, China, India, Malaysia, Panama, Thailand, Turkey, Vietnam, Peru and the Dominican Republic. A list of countries in which Scotch Whisky is registered as a GI, Collective and Certification Trademark is attached to this application, together with examples of GI registration certificates from around the world.

d. Even in countries where there is no specific legal protection for Scotch Whisky, it has been protected under the national laws of passing off or unfair competition. The Scotch Whisky Association has taken extensive legal action worldwide for more than 50 years to ensure that the description “Scotch Whisky” is only used for whisky produced in Scotland in accordance with the laws of the United Kingdom.

Throughout the Scotch Whisky process, there are numerous factors which influence the final character of Scotch Whisky. Each company has its own skills and expertise which supplement the natural factors, such as climate and water. It is the combination of human and natural factors which contribute to the reputation, character and quality of Scotch Whisky.

Application Number: G/4/2023/00004

Filing Date: 11-Oct-2023

Registration Date: 06-Jan-2024

Applicant: CONSORZIO DEL FORMAGGIO PARMIGIANO REGGIANO

Goods: Foodstuffs

Geographical Area: The defined geographical area comprises the part of the province of Bologna to the left of the River Reno, the part of the province of Mantua to the right of the River Po, and the provinces of Modena, Parma and Reggio Emilia.

Application Number: G/4/2023/00005

Filing Date: 23-Nov-2023

Publication Date: 15-Jan-2024

Registration Date: 15-Feb-2024

Applicant: Consorzio Di Tutela Della Denominazione Di Origine Controllata Prosecco

Goods: Wine; sparkling wine; quality sparkling wine; quality aromatic sparkling wine; semi-sparkling wine

Geographical Area: Provinces of Belluno, Gorizia, Padua, Pordenone, Treviso, Trieste, Udine, Venice, and Vicenza

Quality

The sparkling and semi-sparkling versions of Prosecco wine are typically dry, with a sensory profile characterized by a bright straw yellow colour, or pale pink in the case of sparkling rosé, and a good balance between fine bubbles and lasting foam. The wine is fine and elegant in the nose, with distinctive floral notes (white flowers; in the sparkling rosé also red flowers) and fruity notes (apple, pear, exotic fruit and citrus; in the sparkling rosé also hints of strawberry and raspberry ). In terms of taste, the good balance between the sugary and acidic components and the strong flavour give notes of freshness, smoothness, and liveliness on the palate. To further ehance the characteristics of this particular wine in the sparkling version, the Charmat method is used for the natural re-fermentation of the base wine in large containers or autoclaves. It is this methos which makes it possible for “Prosecco” to achieve its fill aromatic potential and the pleasingly fresh characteristic flavour. Mention should also be made of the production, albeit limited, of still “Prosecco” wine, which has a similar sensory profile to the types mentiones above, but with distinctive fruity sensations and a fuller, more flavoursome taste.

History

The earliest documents in which “Prosecco” wine is mentioned date back to the end of 17th century. They describe a delicate white wine originating from the karst landscape around Trieste and in particular the “Prosecco” area. The production of this wine later shifted, developing predominantly in the hilly region of Veneti and Friuli. The success of “Prosecco” is essentially due to the fact that from the early 1900s onwards, skilled operators developed suitable vine-training techniques for the very vigorous Glera variety with a view to limiting the production in each plant, ensuring that the grapes would ripen properly and that their aromatic potential would be preserved. They also devised suitable wine-making techniques based on natural re-fermentation, initially in the bottle, and more recently in autoclaves. In the last century, a network of highly skilled scientific and technical professional developed in the production area with the aim of perfecting the “Prosecco” production method. This helped enhance the features that make the wine appreciated by both domestic and international consumers. A key factor was the ability of producers to experiment with and improve the wine making and secondary fermentation technology including by using black grapes fermented on the skins. This makes it possible to ensure that also a sparkling rosé wine has the distinctive quality characteristics of the designation.

Topography

The ‘Prosecco’ designation area, which is located in the north-east of Italy, is characterised by a flat landscape with some hilly areas. Climate The climate of this area of Veneto and Friuli is temperate. To the north, the Alps serve as a barrier against the cold northerly winds, and to the south, the Adriatic Sea provides the main route for the sirocco winds, bringing sufficient rainfall in particular during the summer months, mitigating temperatures and providing the necessary amount of water for the vines during the growth phases of the buds and bunches. At the end of summer, with fewer hours of sunshine and a prevalence of dry bora winds from the east, there are large variations in temperature between day and night and a significant amount of aromatic substances can be detected in the grapes, which are just in the final phase of ripening. Soil Quality The production area is rich in minerals and trace elements. The soils are mostly of alluvial origin with a predominantly silty clay texture and a considerable soil skeleton content resulting from the erosion of the dolomites and fluvial deposits, which enables good soil drainage. The mild climate, with rain and hot scirocco winds in summer, is decisive for the vines to develop correctly during the growing season. The variation in day and night temperatures and the dry prevailing bora winds during the final grape ripening stage encourage the persistence of acidic substances and the production of a significant number of aromatic precursors, which define the floral and fruity notes typical of ‘Prosecco’ wine. The alluvial soils have a silty clay texture and are quite fertile. This makes it possible to achieve excellent yields in quantitative terms, encouraging moderate sugar accumulation and providing the minerals and trace elements needed for the grapes to have a well-balanced chemical and sensory composition. This in turn makes it possible to obtain a base wine for semi-sparkling and sparkling wines with a moderate alcohol content and the fresh, dry and fruity sensory profile characteristic of ‘Prosecco’.

Produce

The grape type produced – particularly the Glera variety – typically has moderate sugar accumulation and optimal content of acidity and aromatic substances. This provides a pleasantly aromatic base wine with a low alcohol content.

Application Number: G/4/2024/00006

Filing Date: 06-Feb-2024

Publication Date: 08-Mar-2024

Registration Date: 09-Apr-2024

Applicant: Syndicat des Vins Côtes de Provence

Goods: Wines

Geographical Area: Grape harvesting, vinification and wine production are performed in the following areas in Cotes de Provence: In the Alpes-Maritimes department: Villars-sur-Var In the Bouches-du-Rhone department: Allauch, Bouc-Bel-Air, Ceyreste, Chateauneuf-Ie-Rouge, La Ciotat, Cuges-Ies-Pins, Meyreuil, Mimet, Peynier, Puyloubier, Roquefort-Ia-Bedoule, Rousset, Simiane-Collongue, Le Tholonet, Trets In the Var department: Les Arcs, Bagnols-en-Foret, Le Beausset, Besse-sur-Issole, Bormes-Ies-Mimosas, Cabasse, La Cadiere-d’Azur, Callas, Le Cannet-des-Maures, Carces, Carnoules, Carqueiranne, Le Castellet, Cavalaire-su r-Mer, Cogolin, Collobrieres, Correns, Cotignac, La Crau, La Croix-Valmer, Cuers, Draguignan, Entrecasteaux, Evenos, La Farlede, Figanieres, Flassans-sur-Issole, Flayosc, Frejus, La Garde, La Garde-Freinet, Gassin, Gonfaron, Grimaud, Hyeres, La Londe-Ies-Maures, Lorgues, Le Luc, Les Mayons, Montfort-sur-Argens, La Mole, La Motte, Le Muy, Pierrefeu-du-Var, Pignans, Plan-de-Ia-Tour, Pourcieux, Pourrieres, Le Pradet, Puget-sur-Argens, Puget-Ville, Ramatuelle, Roquebrune-sur-Argens, Saint-Antonin-duVar, Saint-Cyr-sur-Mer, Sainte-Maxime, Saint-Paulen-Foret, Saint-Raphael, Saint-Tropez, Sanary-sur-Mer, Seillans, Six-Fours-Ies-Plages, Sollies-Pont, Taradeau, Le Thoronet, Trans-en-Provence, La Valette-du-Var, Vidauban.

Disclaimer/s: Whisky

Quality, Characteristics, Reputation: The vineyards of Provence have a rich history dating back to Roman times. Although they faced challenges, such as the phylloxera disease, the region’s strong reputation, historical significance, and close-knit local community contributed to a swift recovery. Cooperatives played a pivotal role, and with dynamic private cellars, they helped establish the global renown of “Cotes de Provence” wines, which were sold in bulk. The geographical location of Provence, situated between Italy, Spain, and the Rhone Valley, facilitated the exchange of skills and the introduction of new grape varieties, blending with the local ones. The proximity to the Mediterranean Sea and its trading ports like Saint-Tropez and Toulon facilitated wine exports, contributing to the vineyard’s growth and reputation. Archaeological evidence from Toulon harbor’s 2nd-century layers has even uncovered vine twigs and amphorae labeled with the name of the exporter.

The name “Cotes de Provence” was officially used in 1858 by the first association for the defense of Provence’s vineyards and later recognized in French law governing AOC after 1919. The process of recognition as an AOC began in the 1930s, and the “Syndicat de defense des Cotes de Provence” was established in 1941. In 1943, decrees officially recognized the “Cotes de Provence” appellation, defining the geographical zone and production conditions. In 1951 and 1953, the wines were recognized as Wine of Superior Quality (“VDQS”), and in 1977, “Cotes de Provence” received AOC status through a French Decree. The Decree of March 5, 2013, and its subsequent amendments, recognized the Book of Specifications of “Cotes de Provence.” “Cotes de Provence” is protected as a Protected Designation of Origin in the European Union, with registration number PDO-FR-A0392, dating back to September 18, 1973. This designation provides additional protection and recognition within the EU market.

Organoleptic characteristics: Cotes de Provence Rose wines develop grape flavors with floral notes (acacia, hawthorn, peach) or fruity (apricot, red fruit, etc.) and they have an intense aromatic powder and a balance in the mouth between liveliness, tannic structure and tenderness. Still rose wines: The wines are required to have a minimum natural alcoholic strength by volume of 11 %. After fermentation, their fermentable sugar content (glucose and fructose) should not exceed 4 grams per liter. Depending on their specific origin within the Defined Geographical Area, these wines exhibit a diverse flavor profile. Some present a fruity character with hints of white fruit, citrus, pomelo, berries, mango, and passion fruit. Others showcase floral notes, complemented by mineral or empyreumatic (aromatic from smoke or combustion) undertones. These flavors are supported by a well-balanced structure that combines roundness and intensity.

Still red wines: The wines must possess a minimum natural alcoholic strength by volume of 11 %. After fermentation, the red wines should have a fermentable sugar content not exceeding 3 grams per liter for those with a natural alcoholic strength by volume not exceeding 14%, and 4 grams per liter for those with a natural alcoholic strength by volume exceeding 14%. The still red wines are dark in colour and include two types: fruity red wines, produced by short vatting, to be consumed within a short time after their release on the market; red wines suitable for aging, with complex aromas of black fruit, cocoa, venison and spices, with powerful, silky tannins due to long vatting. Still white wines The wines must possess a minimum natural alcoholic strength by volume of 11 %. These wines exhibit a delightful array of aromas, including citrus, floral notes of white flowers, balsamic hints, and a touch of honey. With a fine and delicate profile, they offer enticing scents of pear, exotic fruits, pineapple, and citrus, accentuated by subtle undertones of white flowers and herbs like mint and sage. On the palate, they present a fresh and tangy sensation, generously balanced without any heaviness.

Physical characteristics: Depending on their type (red, rose and white), these highly expressive wines have a range of fruity (white fruits, citrus, exotic fruit, red fruit, etc.) or floral aromas blended with mineral or smoky notes, buoyed up by a well-rounded yet lively structure. Still rose wines: “Cotes de Provence” rose wines are characterized by a luminous and pale pink appearance. The six main colors associated with these rose wines, listed in order of consumer preference, are Peach, Melon, Mango, Grapefruit, Mandarin, and Redcurrant. Developed in collaboration with the Centre de Recherche et d’Experimentation sur Ie Yin Rose, this color chart serves as a valuable reference for both producers and consumers, allowing them to accurately describe the color of a rose wine. Still red wines: “Cotes de Provence” red wines exhibit a dark color spectrum, ranging from ruby red to crimson. Still white wines: “Cotes de Provence” white wines are dry and boast a bright and clear yellow hue with subtle glints of green.

Physicochemical characteristics: Cotes de Provence Rose wines are required to have a minimum content of volatile substances, excluding ethyl and methyl alcohol, of 500 grams per hectoliter of pure alcohol. Additionally, the blend of all the primary varietals in each assemblage must be at least 50% or higher. Causal link between the geographical area and the specific quality, the reputation or other characteristics of the product The richness of the “Cotes de Provence” vineyards stems from the diverse geology and soils, as well as the varied meso-climates and grape varieties found within the Defined Geographical Area, all complemented by human factors.

Geology: A Naturally Diverse Environment The soils in the Cotes de Provence region boast a complex geological composition, featuring two primary attributes: limestone in the northern and western areas, and crystalline in the southern and eastern regions. Each type of soil contributes to the creation of distinct Cotes de Provence wines, each possessing its own geological and climatic characteristics. The natural landscapes in this reQion have been shaDed over centuries throuqh traditional viticulture and olive farming practices. The hillsides retain their natural ground cover, fostering open spaces that support biodiversity. The geology of this part of Provence has developed a complex and ever-changing structure, with large lines of hills oriented east-west, where five main natural areas can be identified. The Crystalline Metamorphic Massif des Maures extends from the south to the southeast of the Var department. This area exhibits a harmonious landscape characterized by granite, gneiss, and mica-schist formations, surrounded by phyllite, a foliated rock associated with quartz banks. Vineyards are nestled within the pine and cork oak forests in this region. The Permian Basin surrounds the Massif des Maures to the west, north, and northeast, from Toulon to Saint-Raphael. The bedrock, consisting of red sandstone and mudrock from the Primary (Permian) era, has given rise to clay and sand soils with red or wine-colored hues. Colluvial soils from the mountains overlooking the basin have been added to these terrains. Vines are cultivated on well-drained soil, while the shallower sandstone soils are dedicated to pine forests and olive groves. The Triassic Plateau and the chalky Jurassic hillsides stretch from the north to the northeast of the Permian basin. These areas are formed by folded layers of limestone that create a series of west-to-east movements. With karst geomorphology, these limestone layers often form flat-bottomed basins. Vineyards are planted in pockets on marl and chalk soils, with terraces being a common feature. The Beausset Basin covers a syncline facing the sea, featuring mainly Cretaceous and Jurassic era marl and sandstone soils. The vineyards are established on parcels of shallow, well-drained soil. Lastly, the high Arc Basin is bordered to the north by the Sainte Victoire mountains and foothills, and to the south by the Olympe and Aurelien mountains. This area faces the sea on the west and sometimes experiences strong Mistral winds. Vineyards are cultivated on hillsides and foothills, with parcels of chalky sandstone and sandy clay. The combination of these diverse geological features and meso-climates, along with the different grape varieties cultivated in the region, contributes to the exceptional character and quality of “Cotes de Provence” wines Climate The Defined Geographical Area enjoys a typical Provencal Mediterranean climate, characterized by a long, hot, and dry season, followed by mild and dry winters, and relatively rainy autumns and springs. The region is influenced by both the mountainous areas and the Mediterranean Sea, which can bring about various weather conditions that vary considerably. The average annual temperatures in this area reach around 15°Celsius. The region experiences an average annual rainfall ranging from 600 to 900 millimeters, with approximately 2,700 hours of sunshine per year. Prevailing winds predominantly come from the north and northwest, with the well-known minstral winds bening notable in the region. As they move from west to east, these cold winds clear the sky and dry the air. Conversely, south and southeast winds bring rain and damp conditions, increasing in strength from west to east within the geographical area. This diverse climate results in numerous meso-climates throughout the Defined Geoqraphical Area. These microclimates play a crucial role in shaping the growth and maturation of grapevines, contributing to the unique and diverse characteristics of “Cotes de Provence” wines. Grape varieties: The diversity of environments and grape varieties in the Defined Geographical Area leads to a wide range of wines, each expressing its own identity and originality. This uniqueness is achieved through the shared knowledge and skills of the community of producers, particularly when it comes to producing rose wines. Mixing different grape varieties has been a longstanding tradition in Provence. The list of specifications for Reds and Roses requires the inclusion of several main grape varieties, along with other grape varieties known as “accessory grape varieties.” The optimal ripening conditions, achieved through well-distributed rainfall and suitable temperatures, combined with the concentration of raw materials and their preservation thanks to prevailing winds, further contribute to the quality and distinctiveness of the wines produced in this region. The balance between acidity and smoothness, color stability, and elegant aromatic expression are also results of picking grapes at the ideal level of sugar and polyphenols. Traditional practices are followed, and parcels are carefully demarcated for harvesting the grapes. The soils, while shallow, are well-watered. To showcase the diversity of the natural environment, specific geographical areas corresponding to supplementary geographical denominations were recognized in 2009 for their rose and red wines, accompanied by precise parcel designations and strict production rules. These measures ensure the preservation and enhancement of the unique characteristics of wines produced in these specific areas within the larger “Cotes de Provence” region.