Neighbourhood Rien

Neighbourhood in the district of Littenseradiel · municipality Súdwest-Fryslân · Fryslân (Friesland)

  • 46 homes
  • 95 residents
  • avg. year built 1897
  • avg. WOZ value € 302.000

Boundary based on the CBS wijk- en buurtkaart 2024. Zoom in to see individual homes; click a home for details. View on the map of homes

Homes in Rien

Homes
46
addresses registered for residential use (BAG)
Average year built
1897
Average living area
140 m²
Housing stock (CBS)
52
2025

Home type

  • Detached house 50% 23
  • Semi-detached house 35% 16
  • End-of-terrace house 11% 5
  • Mid-terrace house 4% 2

Energy label

  • A or better 4% 2
  • B 4% 2
  • C 11% 5
  • D 9% 4
  • E 9% 4
  • F 4% 2
  • G 59% 27

Construction period

  • Before 1945 78% 36
  • 1945–1969 9% 4
  • 1970–1989 9% 4
  • Unknown 4% 2

Residents

Residents
95
1 January 2025
Households
50
avg. 2,1 people
Single-person households
40%
Households with children
30%
Population density
46
residents per km²
Floor area
2,3 km²
of which 0,0 km² is water

Age profile

  • 0–15 years 11% 10
  • 15–25 years 5% 5
  • 25–45 years 16% 15
  • 45–65 years 26% 25
  • 65 years and over 42% 40

Housing and property values

Average WOZ value
€ 302.000
CBS 2024
Owner-occupied homes
96%
Rented homes
4%
2% owned by housing associations
Single-family homes
100%
0% in multi-unit buildings
Built in the last 10 years
2%
Unoccupied homes
6%
New homes built during the year
0
completed homes

The WOZ value is the average for all homes in the area (valued as at 1 January of the previous year), not the market value of an individual home.

Energy

Avg. electricity consumption
3.000 kWh
per home per year
Avg. electricity fed into the grid
1.680 kWh
solar electricity per home
Avg. gas consumption
1.030 m³
per home per year
Heating (WarmteAtlas)
94% individual central heating, 4% electric
2022
Geothermal potential
30-50%kans >5MWth
Slochteren Formation

Consumption is the average across all homes with a connection in the area (CBS); the energy label breakdown is under "Homes".

Amenities and transport links

Large supermarket
5,0 km
avg. distance
GP practice
3,8 km
avg. distance
Primary school
1,0 km
avg. distance
Day nursery
1,0 km
avg. distance
Schools within 3 km
1
Degree of urbanisation
Not urbanised
24 addresses per km²
Cars per household
1,1
53 passenger cars
Business premises
15

Road distances, averaged across all residents in the area (CBS).

Living environment: noise, water, air, light and green space

Average noise level (Lden)
45 dB
municipality 50 dB
Homes exposed to road traffic noise above 55 dB
7%
municipality 10%
Homes exposed to rail traffic noise above 55 dB
0%
municipality 0%
Homes exposed to air traffic noise above 48 dB
0%
municipality 0%
Homes exposed to wind turbine noise above 40 dB
0%
municipality 1%
Night-time road traffic noise above 50 dB
0%
municipality 3%

Noise levels at the 46 homes

  • up to 45 dB: very quiet 57% 26
  • 46–50 dB: quiet 24% 11
  • 51–55 dB: moderate 17% 8
  • 56–60 dB: moderately noisy 2% 1

Flooding

Homes at risk of flooding
100%
municipality 66%
Of these, at risk of flooding over 0.5 m deep
87%
Of these, at risk of flooding over 2 m deep
0%
Maximum water depth
0,9 m
an average of 0,6 m in flooded areas

Air, light and green space

NO₂
5,8 µg/m³
0% above the WHO guideline (10)
PM2,5
6,1 µg/m³
100% above the WHO guideline (5)
PM10
12,1 µg/m³
0% above the WHO guideline (15)
Light at night
Dark
municipality: dark
Green space within 500 m
92%
municipality 65%

Noise: RIVM noise maps (road and rail 2020, air traffic 2022, wind turbines 2024), annual average Lden at 10 m resolution, sampled at each address. Flooding: LIWO (Rijkswaterstaat), maximum water depth map; depth does not indicate likelihood. Air: RIVM annual average concentrations at 25 m resolution. Light: RIVM light emission map 2023. Green space: RIVM green space map 2022, proportion of green space within 500 m. Turn on the noise layer on the map above.

Climate and safety

Feels-like temperature on a hot day
45 °C
extreme heat stress
Homes with extreme heat stress (41 °C or above)
100%
municipality 97%
Urban heat island effect
0–0,2 °C
warmer on average than the surrounding countryside
Homes with a cool spot within 300 m
73%
municipality 95%
Homes with a medium or high likelihood of flooding
0%
municipality 0%
A floor that stays dry in the most severe flood
51%
Homes with an increased risk of groundwater flooding in 2050
0%
municipality 17%
Homes with a rainwater flow path alongside the building
15%
municipality 7%
Homes within the magnetic field zone of a high-voltage power line
0%
municipality 0%
Homes within 1 km of a wind turbine
4%
municipality 30%

Klimaateffectatlas 2026 (CC BY 4.0): feels-like temperature and urban heat island effect for 2022, cool spots, location-specific likelihood of flooding (at least 20 cm of water), floors that stay dry, risk of groundwater flooding in 2050 (high scenario), flow paths during rainfall of 70 mm per hour; sampled for each home. High-voltage power lines: RIVM Netkaart with calculated distances. Wind turbines: RIVM. Enable the heat layer on the map above.

Liveability

Very good Leefbaarometer 2024

very poorexcellent

Liveability
Very good
category 8 of 9, assessed in 2024
Score
4,22
+0,12 compared with the national average
Since the previous assessment
−0,02
2022 assessment: Very good
Municipality
Good
score 4,17

Five dimensions: difference from the national average

  • Physical environment green space, water, buildings, noise +0,00 adequate
  • Housing stock type, year built, ownership +0,11 good
  • Amenities shops, schools, healthcare, public transport −0,22 very poor
  • Social cohesion population profile, house moves +0,10 good
  • Nuisance and safety concerns crime and nuisance +0,13 good

Source: Leefbaarometer 3.0 (Ministerie van BZK, CC0), an estimate produced every two years based on over a hundred characteristics. The score reflects how residents rate liveability on average. Negative = below the national average.

Ground and foundations

Land subsidence (total)
−1,3 mm per year
municipality −1,7 mm
Land subsidence (shallow)
+0,4 mm per year
compaction of peat and clay
Projected subsidence by 2050
1 cm
high-end scenario
Homes at risk of pile rot
5,8%
matig, municipality of 2,6%
Pile rot in 2050
8,5%
high-end scenario, drier summers
Differential settlement in 2050
0,9%
homes with shallow foundations at risk

Source: Klimaateffectatlas 2026 (CC BY 4.0): land subsidence from satellite measurements (Bodemdalingskaart), foundation risk by neighbourhood (Deltares/KCAF, proportion of homes with timber piles or shallow foundations at risk). A neighbourhood average, not an assessment of any individual home.