LBS

Lammi Biological Station

Overview

Open-air Platform

Parent institution: University of Helsinki
Active since 1953
Active through year-round

Co-located with

  • LTER

Fields of study

  • Climatology, Climate Change
  • Environmental sciences, Pollution
  • Geophysics
  • Geology, Sedimentology
  • Geocryology, Geomorphology
  • Soil science
  • Mapping, GIS
  • Hydrology
  • Terrestrial biology, Ecology
  • Paleolimnology
  • Paleoecology
  • Limnology

Contact Information

Sundell, Janne
email: janne.sundell@helsinki.fi

Lammi Biological Station (LBS) was founded in 1953, with intensive research since early 1970’s. The platform provides long-term data on aquatic ecosystems including: Lake Pääjärvi (1965-), Lake Pääjärvi catchment (inlets, outlet, 1991-), 35 lakes in Evo forest area (1978-), and Lake Valkea-Kotinen (1987-). Long-term data is also provided of terrestrial ecosystems: bird monitoring (1970's-), agricultural and forest, insects (1993-), and small mammals periodically from 1972. Ecosystem manipulations have been conducted since early 1980's. Experimental facilities (greenhouses, research hall, workshop, laboratory rooms, incubation rooms, technical assistance etc.) are available, as well as Chemistry laboratory (2 lab technicians), Meteorological station (FMI), and Hydrological monitoring stations (SYKE). Available are also automated water quality monitoring stations, outdoor insect cages, as well as outdoor insect cages.

The Location

Country: Finland

Latitude: 61.05422222

Longitude: 25.03772

Nearest town: Lammi village

Distance from neaerst town: 4 km

Relevant Research Questions

Environmental change and response on terrestrial and aquatic ecosystems, including Biodiversity, Climate change and ecosystem impacts, Land-use change and ecosystem impacts, Function and structure of food webs as well as Biogeochemical responses.

Advantages

LBS is the largest of Finnish university field stations. It is well equipped for experimentation and analyses (laboratory provided for water analyses, 550 m2 experimental research hall). Study area is diverse containing different kinds of lakes (size, hydrology and biology), forests (managed and pristine), agricultural land, mires and eskers. Studies are supported by the wide collections of environmental long-term data. The facilities are ca. 100 km from Helsinki, therefore provide good connections with public transportation. LBS has 60 ha area of forests and fields suitable for experimental research. Reservation area 19 ha. Lammi surroundings (LTER, Natura,) provide data from: A) 100 small lakes in Evo forest area (35 monitored from 1978, manipulations like catchment clear cuts, ash fertilization, fire), B) Lake Valkea-Kotinen and its catchment (control area of intensive monitoring) and C) Lake Pääjärvi and its catchment (lake and inlets monitored from 1991, manipulations like wetland constructions, changes in land-use). 

Limitations

No major limitations, but additional full time field technician and increase of sensor network would be needed on site.

Experimental Capabilities

Experimental Facilities

laboratories, greenhouses, research hall, out-door enclosures for insects, incubation rooms, aquariums.

Experiments duration: Weeks, Months, Years, Decades;

Experimental Aerea

Total area: 600000 m²

station’s area 0,6 km2 (fields/forests) + Evo forest area ca. 50 km2 (includes many lakes) + experimental catchment area 1241m2.

Available area: 1241 m²

1241 m2 experimental catchment area

Experimental Unit Size

unit size: 73 m²

73 m2, experimental catchment area

Replicates

Replicates number: 0

Variable, depends on experiment

Cross-Ecosystem Manipulation

mire/forest/field-river/lake

Manipulation Techniques

Dams to slow down the discharge (wetlands), division of lakes, greenhouse gas, temperature, CO2 manipulations, substrate manipulations in catchments and lakes (fire, CaCO3, wood ash, carbohydrates, humic substances, nutrients, acids), grazing prevention, and aeration to change thermocline depth.

Temporary storage

  • Dark room
  • Drying oven
  • Freezer
  • Liquid N
  • Refrigerator

Available Instruments

  • YSI meters
  • Gallery Plus (automatic analyzer, nutrients)
  • Shimadzu TOC-VCPH/TNM-1230V (carbon, nitrogen)
  • Shimadzu GC-2010 Plus HS-20 AOC-20i (gases, fatty acids)
  • Shimadzu spectrofotometers (fotometric analyses)
  • Varian SpectrAA 220FS AAS (metal analyses)
  • Tri carp 2800 liquid scintillation counter (isotopes)
  • Mettler Toledo titrato
  • Microscopes (> 50)
  • Li-8100A Soil gas flux system
Electricity

Electricity available on site.

Distance from Laboratory facilities

Climate

Years measured: 53

Temperature

Mean Temperature: 4.1 °C

February Mean Temperature: -7.3 °C

July Mean Temperature: 16.5 °C

Wind

Mean Annual Speed: 2.3 m/s

Max. Annual Speed: m/s

Dominant Direction: SW

Precipitation

Precipitation type: Both;

Total annual precipitation: 625 mm

Mean snow cover duration: days


Soil Types

State Variables

Continuously Measured

  • (aquatic) Chlorophyl
  • (aquatic) Conductivity
  • (aquatic) Current speed
  • (aquatic) Nutrient levels
  • (aquatic) Oxygen content
  • (aquatic) pH
  • (aquatic) Turbidity
  • (aquatic) Water temperature
  • Air humidity
  • Air temperature
  • Atmospheric pressure
  • Fluorescence
  • Incident PAR
  • Phenology
  • Soil temperature
  • Soil water content
  • Other

Spot Measured

  • Phenology
  • Population densities
  • Species richness

Environmental Pressures

Variable Ecosystem Status
CO2 Forest Active
Warming Forest Active
Precip Forest Active
Hydro Forest Active
UV Forest Planned
Fire, the second one Forest Active
Soileutroph Forest Active
Airpoll Forest Planned
Fire Forest Active
Management - Nutrients (levels or nutrient type) Forest Active
Management - tilling or other physical manipulation Forest Planned
Management - pesticides (or other non-nutrient chemicals) Forest Planned
Management - conventional vs. organic or other eco-friendly practice Forest Planned
Management - grazing (pressure or animal species) Forest Planned
Management - rotation practice Forest Planned
Management - traditional (or native) vs. new (or non-native) species Forest Planned
CO2 Agrosystem Active
Warming Agrosystem Active
Precip Agrosystem Active
Hydro Agrosystem Active
UV Agrosystem Planned
Fire Agrosystem Active
Soileutroph Agrosystem Active
Watereutroph Agrosystem Active
Airpoll Agrosystem Planned
Fire, the second one Agrosystem Active
Soilerosion Agrosystem Active
Management - Nutrients (levels or nutrient type) Agrosystem Active
Management - tilling or other physical manipulation Agrosystem Planned
Management - pesticides (or other non-nutrient chemicals) Agrosystem Planned
Management - conventional vs. organic or other eco-friendly practice Agrosystem Planned
Management - grazing (pressure or animal species) Agrosystem Planned
Management - rotation practice Agrosystem Planned
Management - traditional (or native) vs. new (or non-native) species Agrosystem Planned
Habitatfrag Agrosystem Planned
Pests Agrosystem Planned
Biodiversity Agrosystem Planned
Management - Nutrients (levels or nutrient type) Wetland Active
Management - pesticides (or other non-nutrient chemicals) Wetland Active
Precip River Active
Soileutroph River Active
Management - other River Active
Precip Lake Active
Hydro Lake Active
Soileutroph Lake Active
Management - Nutrients (levels or nutrient type) Lake Active
Management - tilling or other physical manipulation Lake Active

On site Staff and Accomodation

Peak season staff

Up to 20 people

Off season staff

Up to 20 people

Visiting personnel

Up to 150 visitors


Bedrooms available

Up to 150 beds

Showers on site

Showers on site

Laundry on site

Laundry on site