ODJAR DE WIT ET AL 2018

From AgroStac
Revision as of 13:20, 23 August 2024 by Hendrik (talk | contribs) (Created page with "From 2011 to 2013 the MOCCCASIN project (MOnitoring Crops in Continental Climates through Asimillation of Satellite INformation) was carried out financed by the European Commission 7th Framework Programme. During the project, two field campaigns (2011 and 2012) were carried out at two sites (Odoyev and Plavsk) in the Tula region of Russia. During these two campaigns, observations were made at selected winter-wheat fields consisting of phenological stage, biomass samples,...")
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to navigationJump to search

From 2011 to 2013 the MOCCCASIN project (MOnitoring Crops in Continental Climates through Asimillation of Satellite INformation) was carried out financed by the European Commission 7th Framework Programme. During the project, two field campaigns (2011 and 2012) were carried out at two sites (Odoyev and Plavsk) in the Tula region of Russia. During these two campaigns, observations were made at selected winter-wheat fields consisting of phenological stage, biomass samples, hemispherical photographs, spectral properties of the canopy and the soil as well as ancillary information about the field. Meteorological observations from synoptic and agrometeorological stations were collected from the stations in and surrounding the Tula region. Finally, a large trajectory throughout the whole Tula region was surveyed in order to collect fields with different crop types.


Provider's website

Paper

Data, SQLite DB CropCutting (folder 2011 and 2012)


Documentation

De Wit et al., 2018. A dataset of spectral and biophysical measurements over Russian wheat fields. Open Data journal for Agricultural Research, vol. 4, pg. 22-27. [1]


Background

Background information

Pre-processing

CROP_CODE

Attribute: Crop
Remark: -

CROP_DEV_BBCH

Attribute: PhenologicPhase
Remark: The following translation table was used to convert the verbal phenological stages into BBCH:

  • sowing, cereals is mapped to BBCH 00
  • 3 leaf, cereals is mapped to BBCH 13
  • tillering, cereals is mapped to BBCH 20
  • beginning of tillering, cereals is mapped to BBCH 21
  • tillering-3 leaf, cereals is mapped to BBCH 23
  • stalk-shooting, cereals is mapped to BBCH 30
  • booting (1 node), cereals is mapped to BBCH 31
  • booting (3 node), cereals is mapped to BBCH 33
  • booting (3-4 node), cereals is mapped to BBCH 33
  • booting (4 node), cereals is mapped to BBCH 34
  • heading, cereals is mapped to BBCH 51
  • heading (flowering beginning ), cereals is mapped to BBCH 61
  • flowering, cereals is mapped to BBCH 65
  • end of flowering, cereals is mapped to BBCH 69
  • grain filling, cereals is mapped to BBCH 70
  • milk ripening, cereals is mapped to BBCH 75
  • ripening/maturity, cereals is mapped to BBCH 80
  • wax ripening, cereals is mapped to BBCH 85
  • total ripening, cereals is mapped to BBCH 87
  • maturity/harvest, cereals is mapped to BBCH 90
  • harvesting, cereals is mapped to BBCH 99

CANOPY_HEIGHT_M

Attribute: Height
Remark: original data in 2011 in cm and converted into m; in 2012 in m

TOPS_DWT_KGHA

Attribute: DryBiomassField
Remark: original data in 100 kg/ha and converted into kg/ha

SO_DWT_KGHA

Attribute: DryGrainmassField
Remark: original data in 100 kg/ha and converted into kg/ha

Management

Attribute: n.a.
Remark: interpreted; based on paper and data