Valle Reale

Medieval roots of winegrowing

Wine production on the Popoli plateau predates the modern estate by centuries. Rows in Vigneto di Popoli face the remains of a grotto-cellar dating to about 1300, where Benedictine monks from the Convent of San Benedetto in Perillis made and stored wine.

The surviving 12th-century structure known as Sant’Angelo Extra Muros was likewise created and used by those Benedictines as a gravity-fed winery. Grapes entered the upper level from a mountain path and were pressed there; must descended to an intermediate floor, while racking and storage took place on the lower level beneath stone arches. A gallery extending 20 m into the rock provided naturally constant cellar temperatures. Built without foundations using empirical anti-seismic techniques, the structure endured the earthquakes that repeatedly affected Abruzzo.

The old vineyard and the birth of Valle Reale

In 1960, an 8-hectare Montepulciano d’Abruzzo vineyard was planted at San Calisto using the traditional pergola abruzzese training system. It was subsequently abandoned by its previous owners.

The Pizzolo Family had acquired the property some years before beginning the Valle Reale project. In 1998, the family decided to recover the old vineyard near Popoli. Their agricultural background and observation of its mountain environment led to research into the origins of Montepulciano d’Abruzzo with Prof. Leonardo Valenti of the University of Milan. The work traced the variety’s oldest evidence to uncontaminated mountain zones near Valle Reale.

The restored vineyard became Vigneto San Calisto, the estate’s first cru. Selected buds from its mountain Montepulciano vines were grafted into new plantings, making San Calisto the genetic parent of the modern Popoli vineyards and the foundation of Valle Reale’s agricultural and agronomic project.

New mountain vineyards, 2002–2004

Sant’Eusanio was planted in 2002 on 2 ha at 497 m, the highest part of Valle Reale. Its northern exposure, pine-wood setting and very cold night temperatures established it as the estate’s most extreme vineyard environment.

In 2003, Valle Reale planted 23 ha at Capestrano in two blocks divided by the road to the medieval village. Montepulciano material came from massal selection in the old Popoli vineyard, while Trebbiano d’Abruzzo was also planted. A 4.5-hectare upper section associated historically with the Convent of San Francesco was later defined as Vigna del Convento.

The new plantings immediately faced the driest year of the preceding century. Wildfires reached parts of the Popoli vineyards, and 15% of the young Trebbiano vines at Capestrano had to be replaced. In 2004, severe iron chlorosis threatened root development at Capestrano. Recovery required five years of individual attention to the plants.

Recognition and the turn toward spontaneous fermentation, 2005–2010

The first external recognition, particularly for San Calisto, arrived in 2005. That year the Popoli harvest began on 12 November, illustrating the late rhythm of the mountain site.

After repeated travel to Burgundy, observation of the vineyards and study of their surrounding plant life, Valle Reale began spontaneous-fermentation experiments in 2007. The first trials used Trebbiano d’Abruzzo from the Capestrano parcel above a spring of the Tirino. Luciana Biondo contributed to the field observations; Giulio Vecchio collaborated on comparative trials using fruit from different vineyards; and Enrico Antonioli, trained in Burgundy, helped perfect the pied de cuve technique. The first Capestrano vineyard wine also came from the 2007 vintage. Capestrano was harvested on 13 October, while the hot, dry season sharply reduced production in Popoli, where harvesting took place on 13 November.

From 2008, San Calisto was also vinified through spontaneous fermentation. The year was difficult in Popoli: 17 rainy days in September delayed ripening, frost threatened on 11 October, and only a small quantity of healthy, ripe fruit was harvested on 12 November. Capestrano, by contrast, began harvest on 16 September. The same year brought Valle Reale its first Tre Bicchieri recognition from Gambero Rosso.

The earthquake that devastated L’Aquila on 6 April 2009 affected a city only 50 km from Valle Reale. In the vineyards, Popoli received 1,082 mm of rain across 158 days and was harvested from 20 November. Capestrano began on 15 September. This was also the first harvest of Montepulciano from Sant’Eusanio, fermented spontaneously.

From 2010 onward, every cru wine was made through spontaneous fermentation. That year water stress and unusually modest day–night temperature differences at Capestrano required crop thinning. Harvest began there on 13 September and ended in Popoli during the final days of October. A comparative Trebbiano experiment vinified Popoli and Capestrano fruit identically in the same vintage and cellar; the markedly different fermentation kinetics, temperatures and aromatic development reinforced the estate’s parcel-focused approach.

New crus, biodynamic conversion and difficult vintages, 2011–2015

Vigna del Convento was harvested separately for the first time in 2011. A light spring frost reduced fruit set, and strict grape selection further limited production.

In 2012, Valle Reale began making the two experimental Sant’Eusanio Cerasuolo interpretations known as Giorno and Notte. The Capestrano harvest began exceptionally early, on 12 August. Healthy, thick-skinned grapes fermented spontaneously at a slow, uninterrupted pace in the mild late-August conditions.

In 2013, downy mildew and uneven red-grape ripening led Valle Reale to make no red cru wines. The estate began converting 8 ha of vineyards to biodynamic farming and started renovating the building beside the vegetable garden as a visitor reception centre. Trebbiano Vigna di Capestrano 2010 received the wine Oscar from the AIS Guida Bibenda.

The 2014 season was the estate’s most difficult. Continuous spring rain, an unusually cool summer, downy mildew and oidium delayed the growing cycle. Hail struck Popoli on 25 May, fire damaged rows at Capestrano on 13 August, and snow arrived in mid-October. Harvest was brought forward to 12 September at Capestrano and 20 September at Popoli. Disease losses and rigorous selection reduced production by 80% relative to the preceding average, and no Montepulciano cru was produced. The foundations of the biodynamic vegetable-garden project were laid that year.

Conditions improved markedly in 2015. A rainy spring was followed by a hot, ventilated summer; altitude and wind limited humidity. Late pruning and the burning of removed canes were used to reduce disease carryover after the severe 2014 mildew pressure. Budbreak began on 15 April at Capestrano and 25 April at Popoli, with harvest starting on 7 and 10 September respectively. Two hectares beside the estate offices entered biodynamic cultivation with old local cereals, vegetables and pulses.

Frost, replanting and adaptation, 2016–2024

A severe frost on 26 April 2016 damaged buds in both Popoli and Capestrano. Many vines restarted from secondary buds, but several labels could not be made. Popoli’s old pergola suffered less than the espalier-trained vineyards, allowing a small San Calisto harvest; Sant’Eusanio’s sloping position also offered some protection. Capestrano produced too little Trebbiano for separate fermentation, although high-quality Montepulciano survived in the upper vineyard.

Heavy snow on 6 January 2017 damaged woods around Popoli. Pruning took place on 15 January with snow still on the ground, and a severe frost followed during the night of 21–22 April. Attempts to defend buds with fires were only partly successful. The loss of buds acted as natural crop thinning, accelerating ripening and producing very small volumes; many crus were omitted. Trebbiano was harvested in mid-September and Montepulciano in early October.

A cold, wet spring in 2018 delayed vine development by about 20 days. A warm summer allowed Montepulciano to recover, while Capestrano required two irrigations because it suffered more drought than Popoli. New planting work for Vigneto di Popoli and San Calisto began that year. At Capestrano, one-sided leaf removal was timed to balance photosynthetic area and fruit while avoiding sunburn.

In 2020, excessive clusters were thinned from Trebbiano in Vigneto di Popoli. Capestrano, with richer soils, warmer average temperatures and a favourable exposure, was harvested first; Montepulciano harvest continued into November.

The 2021 season combined abundant winter snow, late-April frost, an unstable spring, summer heat and drought. Late pruning protected the vineyards from frost damage. Yields were reduced, while day–night temperature differences aided phenolic ripening.

In 2022, a new pergola training system took shape during intensive spring work. Regular rain protected vines from summer water stress. Leaf removal and crop thinning were performed in September. Popoli Trebbiano remained on the vines until the first week of October; Montepulciano at Capestrano and then Popoli achieved full phenolic maturity at the end of October, and harvest ended in the second week of November.

The mild winter and exceptionally wet spring of 2023 required strong leaf removal to ventilate the canopy. Extreme heat and drought followed in July. The vineyards’ lower average temperatures, constant cool ventilation and stony soils moderated the change; downy-mildew attacks remained limited and manageable. The crop was sharply reduced, but the remaining fruit reached maturity quickly, and harvest ended in mid-October, approximately one month earlier than in preceding years.

In 2024, April frost affected Capestrano, followed by spring rain and prolonged summer heat. Vineyard work concentrated on disease protection and meticulous manual selection among micro-parcels during a long, complex harvest.

Sant’Angelo Extra Muros

Restoration of Sant’Angelo Extra Muros began at the end of 2025. Work revealed the exceptional preservation of its double-layered masonry and stone arches, returning the medieval gravity cellar to use as a publicly accessible expression of the area’s eight-century winegrowing history.

Mountain setting

Valle Reale lies between the provinces of Pescara and L’Aquila where three protected areas meet: Parco Nazionale del Gran Sasso e Monti della Laga to the north, Parco Nazionale della Majella to the south and Parco Regionale Naturale del Sirente-Velino to the northwest. The vineyards occupy the mountain and woodland heart of Abruzzo, between Popoli at the entrance to the Peligna Valley and Capestrano above the Plain of Ofena.

The principal plateau lies around 350 m above sea level and is enclosed by mountains in an amphitheatre-like formation. Most vineyards face southeast toward the Majella and Morrone mountains. Sant’Eusanio rises to 497 m and faces north.

Summers can be hot, while winters are severe enough for snow to cover the plateau for days. Icy air from Gran Sasso travels through the gorges of the Peligna Valley. At night in both summer and winter, descending mountain currents lower temperatures; during the day, southeastern exposure warms the air. These pronounced day–night changes help the grapes retain acidity, fragrance and freshness.

Popoli

Popoli is constantly ventilated by cold currents, creating low humidity during ripening. Maturation is exceptionally slow and can continue into early November. Its poor, draining soils are rich in small and medium stones. The vineyards are bordered by oak and pine woods and lie near the protected springs of the Pescara River. The surrounding vegetation includes tall trees, undergrowth and flowers; deer, badgers, foxes and, on occasion, wolves occur in the area.

The Popoli plateau is exposed to particularly cold, strong winds. San Calisto combines this wind with persistent day–night temperature variation, producing fruit with high acidity and a late harvest. Sant’Eusanio, at 497 m with a northern exposure, experiences the lowest temperatures in the valley.

Capestrano

Capestrano lies on the Plain of Ofena, a few kilometres toward L’Aquila. The plain is locally known as the “oven of Abruzzo” because its summer temperatures can exceed those of neighbouring settlements. Vegetative development and ripening generally finish two to three weeks earlier than at Popoli.

The soils remain poor and stony but contain more clay than those of Popoli. This clay helps retain water during dry periods. Around the Tirino springs, aquatic plants, shrubs, flowers and spontaneous vegetation create an environmental context markedly different from Popoli’s forests. One Trebbiano parcel occupies a ridge above one of three springs forming the Tirino River.

The contrast between the colder Popoli plateau and warmer Capestrano produces substantially different fermentation behaviour and aromatic profiles even when the same variety and vintage are vinified identically.

Valle Reale practises mountain agriculture across vineyards and vegetable gardens, aiming to respect the area’s ecological balance and agricultural traditions. More than half of its 46 ha of vineyards is certified organic, while the remaining surface is undergoing organic conversion. Eight hectares entered conversion to biodynamic management in 2013; the current certified status and certification body for that biodynamic programme are not specified.

The estate works at parcel and micro-parcel level because Popoli and Capestrano differ strongly in exposure, temperature, humidity, soil and ripening time. Harvest decisions follow the maturity of each parcel rather than a uniform calendar. Popoli may remain on the vine until early November, while Capestrano commonly ripens two to three weeks earlier. Manual micro-parcel selection was central to the long 2024 harvest.

Crop regulation is adapted to the season. Water stress at Capestrano in 2010 led to thinning; excessive Trebbiano clusters at Popoli were removed in 2020; and both thinning and leaf removal were carried out in September 2022. In 2018, one-sided leaf removal at Capestrano balanced leaf area and crop while protecting berries from sunburn. During the wet spring of 2023, strong leaf removal opened the canopy to constant ventilation and helped keep downy mildew manageable.

Late pruning is used as frost protection. It prevented damage from late-April frost in 2021, while the severe 2017 event overwhelmed attempts to protect buds with vineyard fires. After serious mildew pressure in 2014, pruning began late in 2015 and removed vine shoots were burned to limit disease carryover. The estate’s response to difficult years includes strict fruit selection and, when required, foregoing entire cru bottlings rather than using grapes below its quality threshold.

A new pergola training system took shape during spring 2022. The historic San Calisto vineyard remains trained to pergola abruzzese, while site accounts also distinguish old pergola vines from espalier-trained vineyards.

Irrigation is mentioned as an exceptional response to drought: Capestrano required two irrigations in 2018. Clay in Capestrano’s soils provides additional water retention, while Popoli’s poor, stony soils drain freely.

Biodiversity is treated as part of vineyard practice and fermentation ecology. Oak and pine woods, native undergrowth, aquatic plants around the Tirino springs and other spontaneous vegetation support a varied population of indigenous yeasts. The surrounding protected landscape also provides habitat for deer, badgers, foxes, wolves, the Marsican brown bear, chamois and birds of prey.

Valle Reale’s modern production philosophy was established through comparative trials beginning in 2007. Grapes from different parcels—especially Trebbiano d’Abruzzo from Capestrano—were studied separately to determine how vineyard environment affected fermentation and aroma. The estate developed a pied de cuve technique with Enrico Antonioli and began relying exclusively on indigenous yeasts and spontaneous must fermentation.

The first spontaneous-fermentation trials used Trebbiano from the Capestrano parcel overlooking a Tirino spring. San Calisto adopted spontaneous fermentation in 2008, Sant’Eusanio Montepulciano followed with its first harvest in 2009, and from 2010 all cru wines were fermented spontaneously.

A controlled comparison in 2010 processed Trebbiano from Popoli and Capestrano identically in the same vintage and cellar. Despite matching treatment, the musts differed in fermentation duration, temperatures reached and aromatic development from the earliest stages. The experiment reinforced the decision to vinify parcels separately and allow their indigenous yeast populations to shape the result.

Spontaneous fermentation can proceed slowly: in 2012, mild late-August temperatures enabled the Capestrano fermentation to start without difficulty and continue slowly and uninterrupted. Pied de cuve is used to guide this native-yeast process without substituting cultured yeast.

For Sant’Eusanio Cerasuolo Notte, grapes are picked cold at first light and placed in vat with whole stems for a few hours, seeking freshness and delicacy. The Giorno version uses the traditional estate method and is intended to show greater structure and complexity. The two wines provide a comparative vinification of grapes from the same cru.

The production approach extends to vintage selection. No red crus were made in 2013 after uneven ripening, no Montepulciano crus were made after the severe 2014 season, and several intended labels were omitted following frost in 2016 and 2017. The estate describes its cellar role as accompanying wine toward bottle aging while allowing vineyard biodiversity and native yeasts to determine each vintage’s organoleptic identity.

The medieval Sant’Angelo Extra Muros illustrates the area’s earlier gravity winemaking. Its three levels moved grapes, must and wine downward through pressing, collection, racking and storage, while a 20 m rock-cut gallery supplied stable natural aging temperatures. Restoration began at the end of 2025.

Valle Reale defines balance as allowing nature to determine each wine’s organoleptic profile while the cellar accompanies it toward bottle aging. This principle led to exclusive reliance on indigenous yeasts, patient spontaneous fermentation and acceptance of the practical risk inherent in that process.

The estate connects wine identity to the biodiversity surrounding each parcel. Native botanical species and relatively limited non-native flora support a diverse indigenous-yeast population; these yeasts are viewed as principal agents in translating vineyard and vintage into wine.

The approach is empirical as well as philosophical. Comparative fermentation trials tested grapes of the same variety and vintage from nearby parcels under identical cellar conditions. Their different fermentation behaviour and aromatic profiles supported separate treatment of the vineyards and strengthened the focus on cru identity.

Quality takes precedence over volume or a fixed annual range. Valle Reale has declined to produce individual crus—or, in some seasons, all red crus—when ripening, frost, disease or selection left unsuitable fruit. In the vineyard, intervention is adapted to circumstance through late pruning, crop thinning, canopy ventilation, selective irrigation and manual micro-parcel harvesting.

The broader agricultural project treats soil as a living organism and favours keeping it in a normal or “wild” state. Organic conversion, the biodynamic garden and conservation of threatened Abruzzo crop varieties connect winegrowing with the preservation of local genetic and ecological diversity.