Dolgoprudnuy Agrochemical Experiment Station: Efficiency of ballast and concentrated forms of mineral fertilizers

This experiment has been added by the GLTEN Curators using existing published sources.
Local identifier
DAOS Experiment 4
Years operational
1933—2011
Objective
To study effects of fertilizers.
Description
This experiment is recorded in SOMNET (2001), but based on Prokopyeva et al (2000), the Dolgoprudnuy appear to have ended in 2011. Complete details of the experiment design have not been found from the published literature.
Data Access Statement
Don't know
Data license
Don't know
Data policy
Don't know
Organizations
People

Site: Experiment 4

Type
research station field
Location
Dolgoprudny
Moscow Oblast
Russia
Geographic location
55.9415, 37.50824
+−
© OpenStreetMap contributors
Visits permitted?
No
History
The site was natural forest until 1925. No fertilizers were applied before the experiment.
Soil type
retisol
Soil description
Soil is an Albic Retisol (Loamic, Aric and Cutanic) formed on glaciofluvial cover loam.
Soil properties
VariableDepthValue (range)UnitsRef yearEstimated?Baseline?
soil density0 – 20 Centimetres1.39 gram per cubic centimetre
clay content 20 Percent
Climatic type
warm humid continental climate

Design period: (1933—2011)

Description
The experiment began as a 5 course rotation on 5 fields and changed to a 4 course rotation in 1978.
Crops
CropYears grown
clover
winter rye
potatoes
mangolds
spring oats
winter wheat
spring barley
Crop Rotations
5 course  1933—1977
  • 1
    clover
  • 2
    winter rye
  • 3
    potatoes
  • 4
    mangolds
  • 5
    spring oats
4 course  1978—2011
  • 1
    clover
    clover was not mown and allowed to grow for a second season
  • 2
    winter wheat
  • 3
    potatoes
  • 4
    spring barley
Factors
Factor name
Factor levels
farmyard manure exposure
FYM  (40 t/ha)
1978—2011
Application frequency: per rotation
Chemical form: farmyard manure
FYM  (50 t/ha)
1933—1977
Application frequency: per rotation
Chemical form: farmyard manure
Replaced previous rate.
nitrogen fertilizer exposure
N applied in different forms. Amounts of fertilizer varied between crops but provided the same quantity of nutrients between factor levels
ammonium sulfate  (45-90 kgN/ha)
Applied to crop: All crops
Chemical form: ammonium sulfate
diammonium phosphate  (45-90 kgN/ha)
Applied to crop: All crops
Chemical form: diammonium phosphate
phosphate fertilizer exposure
P applied in different forms. Amounts of fertilizer varied between crops but provided the same quantity of nutrients between factor levels
single superphosphate  (45-90 kgP/ha)
Applied to crop: All crops
Chemical form: single superphosphate
diammonium phosphate  (45-90 kgP/ha)
Applied to crop: All crops
Chemical form: diammonium phosphate
potassium fertilizer exposure
K applied in different forms. Amounts of fertilizer varied between crops but provided the same quantity of nutrients between factor levels
potassium salt  (45-120 kgK/ha)
Applied to crop: All crops
Chemical form: potassium salt
potassium chloride  (45-120 kgK/ha)
Applied to crop: All crops
Chemical form: potassium chloride
Factor combinations
FYM
farmyard manure exposure: FYM
NPK1
nitrogen fertilizer exposure: ammonium sulfate
phosphate fertilizer exposure: single superphosphate
potassium fertilizer exposure: potassium salt
NPK2
nitrogen fertilizer exposure: diammonium phosphate
phosphate fertilizer exposure: diammonium phosphate
potassium fertilizer exposure: potassium chloride
Control
No FYM or mineral fertilizer
Measurement
VariableMaterialUnitsFrequencyScaleComment
grain yield traitNot specified

Related publications

  • Prokopyeva, K.; Romanenkov, V.; Sidorenkova, N.; Pavlova, V.; Siptits, S.; Krasilnikov, P. The Effect of Crop Rotation and Cultivation History on Predicted Carbon Sequestration in Soils of Two Experimental Fields in the Moscow Region, Russia. Agronomy 2021, 11, 226.
  • Soil organic carbon sequestration according to two Geoset long-term field experiments in the Moscow region K.O. Prokopyeva, V.A. Romanenkov, N.K. Sidorenkova and P.V. Krasilnikov E3S Web Conf., 176 (2020) 04002
  • Vladimir Romanenkov, Maya Belichenko, Alena Petrova, Tatyana Raskatova, Gabriele Jahn, Pavel Krasilnikov, 2019, Soil organic carbon dynamics in long-term experiments with mineral and organic fertilizers in Russia, Geoderma Regional