Effect of long-term application of organic, mineral and limestone fertilizers

Objective
To study the influence of long-term, systematic, simultaneous and separate application of lime, manure and mineral fertilizers on the formation of the main properties and regimes of light-gray forest surface-gleyed soil (Albic Pantostagnic Luvisol), productivity and quality of agricultural crops
Data Access Statement
Available to collaborators only
Data license
Don't know
Data policy
Don't know
Organization
Institute of Agriculture of Carpathian Region of National Academy of Agrarian Sciences of Ukraine
research organisation
 5, Hrushevskogo str., Oboroshyne vill., Lviv district, Lviv region, 81115, Ukraine
Person
Dr Yurii Olifir
principal investigator
Institute of Agriculture of Carpathian Region of National Academy of Agrarian Sciences of Ukraine
Agrochemistry and Soil Science
 +380982553417

Site: Obroshyne

Type
research station field
Location
Obroshyne
Lviv region
Ukraine
Geographic location
49.798573, 23.873971
+−
© OpenStreetMap contributors
Elevation
295 Metres
Slope
(E facing)
Visits permitted?
Yes
Soil type
Albic Pantostagnic Luvisol
Soil properties
VariableDepthValue (range)UnitsRef yearEstimated?Baseline?
soil pH0 – 20 Centimetres4.2 (4 – 4.4) 1965
soil organic matter0 – 20 Centimetres1.42 (1.39 – 1.45) Percent1965
plant available phosphorous0 – 20 Centimetres36 (30.1 – 41.9) milligram per kilogram1695
Climatic type
warm humid continental climate
Climate properties
VariableTime periodValue (range)Units
air temperature7.6 degree Celsius
precipitation670 (470 – 812) millimeter

Design period: I-V crop rotations. Seven-field crop rotation with increased rates of fertilizers (1965—1999)

Design Type
Other
Number of subplots
18
Number of replicates
3
Crops
CropYears grown
potatoes
spring barley with red clover
red clover
winter wheat
sugar beet
maize
Crop Rotation
1  1965—1971
  • 1
    potatoes
  • 2
    spring barley with red clover
  • 3
    red clover
  • 4
    winter wheat
  • 5
    sugar beet
  • 6
    maize
  • 7
    winter wheat
Factors
Factor name
Factor levels
liming exposure
no lime  (0 t/ha)
Applied to crop: potatoes
0.5 norm according to hydrolytic accidity
Applied to crop: potatoes
1 norm according to hydrolytic accidity
Applied to crop: potatoes
1.5 norm according to hydrolytic accidity
Applied to crop: potatoes
farmyard manure exposure
no manure
10 tonnes per crop rotation area
20 tonnes per crop rotation area
NPK fertilizer exposure
no NPK
0.5 NPK
1 NPK
1.5 NPK

Design period: VII-VII crop rotations. Aftereffect of fertilizers on four-field crop rotation (2000—2011)

Number of subplots
18
Number of replicates
3
Crops
CropYears grown
maize
spring barley with red clover
red clover
winter wheat
Crop Rotation
VI  2000—2011
  • 1
    maize
  • 2
    spring barley with red clover
  • 3
    red clover
  • 4
    winter wheat
Factors
Factor name
Factor levels
liming exposure
Liming after effect. Amounts of K applied varied between crops. No fertilizers are applied to the first year of grass clover leys.
no lime
0.5 norm according to hydrolytic accidity
1 norm according to hydrolytic accidity
1.5 norm according to hydrolytic accidity
farmyard manure exposure
no manure
10 tonnes per crop rotation area
15 tonnes per crop rotation area
NPK fertilizer exposure
no NPK
0.5 NPK
1 NPK
N30 +
N65 + PK aftereffect

Design period: IX crop rotation till now. Liming according to hydrolytic accidity and pH-buffering capacity (2012—)

Number of subplots
18
Number of replicates
3
Crops
CropYears grown
maize
spring barley with red clover
red clover
winter wheat
Crop Rotation
IX  2012—
  • 1
    maize
  • 2
    spring barley with red clover
  • 3
    red clover
  • 4
    winter wheat
Factors
Factor name
Factor levels
liming exposure
no lime
0.5 norm according to hydrolytic accidity
1 norm according to hydrolytic accidity
1.5 norm according to hydrolytic accidity
optimal norm according to pH-buffering capacity
farmyard manure exposure
no manure
10 tonnes per crop rotation area
15 tonnes per crop rotation area
NPK fertilizer exposure
no NPK
0.5 NPK
1 NPK
1.5 NPK

Related publications

  • Olifir, Y. M., Habryiel, A. J., Partyka, T. V., & Havryshko, O. S. Carbon dioxide emission and humus status of Albic Stagnic Luvisol under different fertilization regimes. Biosystems Diversity, 2020. 28(3), 320–328.
  • Olifir Y., Нabryel A., Partyka T., Havryshko O., Konyk H. Diagnosis of the functional state of transformed acid soils agroecosystems depending on long-term anthropogenic loads. Agronomy Research. 2021. 19(3), 1627–1639.
  • Olifir Yu.M., Habryel A.Y., Partyka T.V., Havryshko O.S., Konyk G.S., Kozak N. I., Lykhochvor V.V. An acid-base buffering model to describe pH buffering capacity of an acid Albic Stagnic Luvisol under long-term agricultural land use and management. Agricultural Science and Practice, 2022, Vol. 9, No. 3. рр. 18-28.
  • Olifir Y., Нabryel A., Partyka T., Havryshko O., Kozak N., Lykhochvor V. The content of mobile aluminium compounds depending on the long-term use of various fertilizing and liming systems of Albic Pantostagnic Luvisol. Agronomy Research. 2023. 21(2). 869–882.
  • Olifir Yuriy, Нabryel Anna, Havryshko Oleh, Partyka Tetiana, Konyk Hryhoriy, Kozak Nadiia. The influence of long-term anthropogenic load on the migration of mobile aluminum compounds, physical and chemical properties of Albic Stagnic Luvisol. Scientific Papers. Series A. Agronomy. 2023. Vol. LXVІ, No2. P. 85-93.