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Lieu-dit · Berzé-la-Ville

A Rapille

A Rapille is a lieu-dit in Berzé-la-Ville, Mâconnais, Burgundy, whose largest tier is regional.

0.83 ha

delimited

339 m

elevation

10.1 h

sun at harvest

Open on the mapWith the boundary, the plots, the sun through the year and the bedrock.

In figures

LevelRegionalinao-aoc-viticoles-bulk (c. 4 September 2026)
VillageBerzé-la-Ville
RegionMâconnais, Burgundy
Delimited0.83 hainao-aoc-viticoles-bulk (c. 4 September 2026) · cadastre-etalab (4 September 2026)
Planted0.00 hacadastre-etalab (4 September 2026) · ign-bdtopo-vigne (5 September 2026) · ign-rpg-2024 (5 September 2026)
Parcels1
Grape varietyaligoté, chardonnay, melon, pinot blanc, pinot gris, gamay, pinot noir, césar also permitted: aligoté, chardonnay, gamay de bouze, gamay de chaudenay, melon, pinot blanc, pinot grisinao-cahiers-des-charges (7 September 2026) · dgddi-superficies-produits (7 September 2026) · franceagrimer-observatoire-viticulture (7 September 2026)
Organic0%agence-bio-cartobio (c. 5 September 2026) · agence-bio-operateurs (5 September 2026)

Place in the village

Among the 32 named plots ranked regional in Berzé-la-Ville, from high to low:

sun at harvest 26
elevation 19
slope 2
on the slope 24

Position

339 m

elevation

28.5%

very steep

WNW

west-northwest

mid-slope

convex ridge

Elevation339 m 330 to 351 mign-rge-alti (5 September 2026)
Daytime temperature±0.00 °C not measurable: smaller than the uncertainty. by day, relative to the village centre at 339 m, ± 0.01 °Cmeteo-france-quotidiennes (6 September 2026) · meteo-france-postes (6 September 2026) · meteo-france-lsh (6 September 2026) · ign-rge-alti (5 September 2026)
Slope28.5% 15.9°ign-rge-alti (5 September 2026)
Aspectwest-northwest 295°ign-rge-alti (5 September 2026)
On the slope27% mid slope, on a convex ridge, 138 m drains onto itign-rge-alti (5 September 2026)

Bedrock

youngold
  • 9%Aalenian crinoidal limestone and iron oolite 175–⁠169 million years
  • 91%Subvolcanic granitoid (Viséan) about 340–⁠331 million years

Not a borehole: ordered by age, thickness by share of surface.

In the glass. Little has been published on this. It is expected to behave much like granite, with fragrance and finesse rather than mass, but that is reasoning from the rock and not observation. (weak indication)

Magma that stalled just below the surface and therefore cooled faster than deep granite: fine-grained, hard rocks such as microgranite and porphyry, around 340 to 331 million years old. It belongs to the same volcanic episode as the tuffs and often occurs as dykes cutting through older rock. At the surface it breaks down into angular grit and gravel with hard blocks in it, coarser than the arène of the deep granite.

For the vine. Acid and lime-free, so chlorosis plays no role here. The ground is gravelly and free-draining, warms readily and holds a small water reserve, so drought in hot years is more of a problem than wet feet. Roots have to find their way along fissures in the hard rock, which forces the vine to go deep.

No verifiable outcrop example included; the unit occurs mainly as dykes within the old massif of the Beaujolais.

BRGM geological map at 1:50,000. It tells vineyards apart, not plots within a vineyard. The link between rock and taste is indirect: soil depth, water and warmth do the work, and slope, vine age and the cellar do the rest. Units on that map: h2γ, j1-2a.

brgm-bdcharm50 (4 September 2026)

Sun and horizon

09:01

over the crest of the slope

19:09

behind the hill

10.1 h

sun at harvest

0.6 h

lost to the hill

Grey: sun up, but behind the hill or the vineyard's own slope.

Around harvest the sun rises here at 09:01 over the crest of the slope and disappears at 19:09 behind the hill: 10.1 hours of direct sun on a clear day. The ridge reaches 16.3° above the horizon to the north-northeast. The relief costs 0.5% of the irradiation from April to October, direct and diffuse together.

Irradiation−6.5% versus flat land 995 kWh/m² from April to October, 43% of it diffuseunder the average cloudiness of 2005 to 2023 (PVGIS-SARAH3, EU JRC); direct, diffuse and reflected light togetherign-rge-alti (5 September 2026) · ign-lidarhd-mnh (6 September 2026) · ign-bdforet-v2 (5 September 2026) · jrc-pvgis-sarah3 (10 September 2026)
Open sky97.7% of the sky the slope itself sees; the surrounding relief blocks the restign-rge-alti (5 September 2026) · ign-lidarhd-mnh (6 September 2026) · ign-bdforet-v2 (5 September 2026)
Three reference days and the caveat
risesetsunday
21 June07:0521:1514.2 h15.8 h
20 September09:0119:0910.1 h12.3 h
21 December10:1916:206.0 h8.6 h

Computed from the IGN elevation model at 5 m: horizon in 36 directions up to six kilometres, sun position per minute, angle of incidence on the mean slope. Clear sky, with the tree canopy from the IGN forest inventory as a raised horizon (15 m closed forest, 5 m heath, trees within 60 m ignored), 38% of the far field is forest (BD Forêt), no buildings.

The irradiation loss does include clouds: the average of 2005 to 2023 (PVGIS-SARAH3, EU JRC), not any particular year.

ign-rge-alti (5 September 2026) · ign-lidarhd-mnh (6 September 2026) · ign-bdforet-v2 (5 September 2026)

Air and cold

36 m

above the lowest point

drains far away

cold air

a combe

43.7 ha flows past

Cold air36 m high on the slope, cold air drains far awayign-rge-alti (5 September 2026)
Cold air passing through43.7 ha a combe, mean over the polygon 6.01 haign-rge-alti (5 September 2026)

Climate over time

196019802000202014°16°18°20°

station MACON, 219 m, 10.9 km away

growing season, April to October: 1951-1980: 15.4 °C, 1991-2020: 17.1 °C

Huglin index: 1951-1980: 1,718, 1991-2020: 2,022

last spring frost: 1951-1980: day 96, 1991-2020: day 85

series homogenised through 2022

Who owns land here

No parcel here is registered to a legal entity. In France only those owners are public; parcels of private individuals are not.

Nearby lieux-dits

In the same village, measured between label points. That does not say which ones border each other; the map shows that.

Where each figure comes from

Classification
The INAO delimitation per denomination, cut against the cadastral parcel. Only the INAO's own plans are legally binding; this map is informational.
Area
Computed on the sphere from longitude and latitude (turf.area), not in Lambert-93. For an appellation this is the union of the INAO polygons across commune boundaries, measured on the unclosed geometry; the fifteen metres used to close the outline for the map are not counted. For a climat it is the union of the cadastral lieu-dit polygons with that name.
Planted
Parcel area times vineyard cover, where cover comes from the IGN vegetation layer supplemented by the agricultural declaration. Checked against the customs harvest declarations: median deviation 5.1 per cent over a hundred appellations.
Elevation
Mean of the elevation-model cells whose centre falls inside the polygon, on a 5 m grid.
Slope
Per-cell slope from the elevation model using Horn's method, then averaged over the cells in the polygon.
Aspect
Vector mean of the per-cell aspect. A plain average would turn north-east and north-west into south.
Sun at harvest
Hours of direct sun on 20 September under a clear sky, with the horizon in 36 directions out to six kilometres and the height of woods and buildings on top of it. Canopy height is measured where LiDAR HD covers the area and estimated from BD Forêt where it does not; the panel states which of the two was used.
Grape variety by appellation
Per appellation and colour the permitted varieties from the approved cahier des charges; per appellation and tier the declared hectares of white and red from the customs harvest declaration (product codes). One colour permitted: the main variety of that colour. Two colours: from 85 percent of the hectares that colour applies, in between it is called mixed. Champagne: the dominant variety from the planted hectares per variety per commune from FranceAgriMer. Per polygon the dominant variety of its parts by area. Derived, not measured: the variety per plot exists only in the customs vineyard register, which is not public. In a two-colour appellation a single plot may carry the other variety. Customs withhold small appellations (statistical secrecy), in which case the split is missing.
Bedrock
The geological unit covering the largest share of the polygon, from the 1:50,000 geological map. At 1:50,000 the map separates one climat from another, but not what varies inside a climat.
Organic
Share of the area certified organic or in conversion, from the CartoBio plot register.