Published January 1, 2025 | Version v1
Dataset Open

Data for the manuscript "Calibrating primary crop parameters to capture undersown species impacts" by Q. Bell et al.

Creators

  • 1. Finnish Meteorological Institute

Contributors

Contact person:

Data collector:

Work package leader:

Description

Data required to replicate the results of Bell et al. "Calibrating primary crop parameters to capture undersown species impacts". Instructions and code to do so can be found at https://github.com/qdbell/TWINWIN-Intercrop. "Kumpula"-prefixed files are retrieved from FMI open data, TWINWIN_workspace and barley_sole_default.csv are modified from STICS to create suitable model set ups. The remaining files contain measurements from the TWINWIN experiment in Viikki.

Files

barley_sole_default.csv

Files (4.9 MB)

Name Size Download all
Checksum: md5:6f62fd9c918c1e481a0ef8e306290c16

PID: http://hdl.handle.net/11304/a5fada83-d035-467c-a86c-6fcc34a2eecd
1.3 kB Preview Download
Checksum: md5:e8ed0bb940e44d54c2d5a800aab021ae

PID: http://hdl.handle.net/11304/4c2b889e-2d98-4549-82ac-d9c60fa89639
7.5 kB Preview Download
Checksum: md5:59c7af9fccd49ab2e4c9aa76d34e0e2c

PID: http://hdl.handle.net/11304/a062158d-30c9-46f6-be0e-23ccd4969309
11.9 kB Preview Download
Checksum: md5:144427d8ee9076252c38c9a52cbc6dfe

PID: http://hdl.handle.net/11304/19b9ddd2-09f7-4413-97d1-3d29271eccbb
218.8 kB Preview Download
Checksum: md5:ef2332f0166e7a258abbdce11af69980

PID: http://hdl.handle.net/11304/ea8fcf2f-13d8-4883-a77e-eba95d6b4b88
312.4 kB Preview Download
Checksum: md5:537d9d360dea108a2cbf8c2ff4d82e6f

PID: http://hdl.handle.net/11304/d3b0060d-ca68-4f8a-8216-5a913d0ecb46
11.8 kB Preview Download
Checksum: md5:bbf3b6caa6ff66dfbfcb13db9c178599

PID: http://hdl.handle.net/11304/665d41cf-156d-4c4b-8786-5e8deba569c8
219.4 kB Preview Download
Checksum: md5:0a82cf69c7b101d6058bf2dd154ab61b

PID: http://hdl.handle.net/11304/ed7b7191-6721-4533-a38c-79c97e73afff
313.8 kB Preview Download
Checksum: md5:80630bf54b578fe82c38c1a1122b989c

PID: http://hdl.handle.net/11304/30b5eb30-05b2-4f9f-b724-a6d5fd963287
11.9 kB Preview Download
Checksum: md5:65fb361c8c55b3bfb1a8edb34d508e58

PID: http://hdl.handle.net/11304/5b1b812f-a4db-47cc-82ce-f142928c3182
218.9 kB Preview Download
Checksum: md5:cf5901a66b5c273652bdb4df746b95ce

PID: http://hdl.handle.net/11304/78ac9d23-6664-4f81-a0ad-a04f1cdc322d
312.6 kB Preview Download
Checksum: md5:421e8b10ce797454182cd140163387f5

PID: http://hdl.handle.net/11304/fad57463-782b-482f-a79d-116825f79f7a
349 Bytes Preview Download
Checksum: md5:dfffd062e26069be1eeb38e610bd4286

PID: http://hdl.handle.net/11304/7e7ffea1-9484-4717-9d89-89ba954bcf15
11.9 kB Preview Download
Checksum: md5:4bd35d5716cba9a9069bdaa0e6c2124a

PID: http://hdl.handle.net/11304/97aed9cb-a60b-4935-8029-d5c79d88b9b3
219.0 kB Preview Download
Checksum: md5:72b98cbde4e185fe01d566f86c2a066f

PID: http://hdl.handle.net/11304/7c0a76b6-1059-41a0-be2a-035d0e90a320
312.4 kB Preview Download
Checksum: md5:efd8591c7df18a96bd6fdbf8a5ba6e8e

PID: http://hdl.handle.net/11304/2fb786ab-f655-4f27-b456-644dbbb3a401
1.9 MB Preview Download
Checksum: md5:1ee4936cadcd08fdefda2c29cb7181ef

PID: http://hdl.handle.net/11304/cb2bbc16-095d-49ef-87a1-d88199b1233d
320.6 kB Preview Download
Checksum: md5:a97a2026457956a5c5a4f49a46e62ad1

PID: http://hdl.handle.net/11304/cdcc66b3-c989-450b-996c-b7f09267c1c6
264.1 kB Preview Download
Checksum: md5:464357a988c665d4eadc9dcfd9efd4da

PID: http://hdl.handle.net/11304/4bdc7a6a-05fd-461a-b963-11688df8094b
135.3 kB Download
Checksum: md5:7490820a08b493cedfd79d543ed815e2

PID: http://hdl.handle.net/11304/3eef8a32-a513-46cb-8661-1f87282e397e
39.5 kB Download
Checksum: md5:25036d707d2410ebafc62488051ca19c

PID: http://hdl.handle.net/11304/22efd49b-c23d-43ba-a838-e2750fa125a3
20.2 kB Preview Download

Additional details

Identifiers

Funding

Maj and Tor Nessling Foundation
Research Council of Finland

Instruments

CO2 and H20 Analyser (Li-140840A, LI-COR, Inc., Nebraska, USA)
undefined (Other)
Air temperature and relative humidity sensor (BME280, Bosch Sensortec GmbH, Reutlingen, Germany)
undefined (Other)
Photosynthetically active radiation sensor (PQS1, Kipp & Zonen, Delft, Netherlands)
undefined (Other)
Planimeter (LI-3000C with LI-3050C, LI-COR, Inc., Nebraska, USA)
undefined (Other)

FMI metadata

Link to external data location (URL)
https://github.com/qdbell/TWINWIN-Intercrop, https://github.com/tquaife/4DEnVar_engine/tree/7bb23a2, https://stics.inrae.fr/eng/download
Process step
The process steps to convert this data into the forms used for the cited paper are detailed at https://github.com/qdbell/TWINWIN-Intercrop and in the associated article.
Lineage
- NEE: Net Ecosystem Exchange fluxes were measured using the chamber technique with a clear chamber, a metal collar and a portable CO2 analyzer, similarly to Trémeau et al. (2024) study (https://doi.org/10.5194/bg-21-949-2024). - GPP: Gross Primary Production for a specific PAR (Photosynthetically Active Radiation), was estimated from the light response curve built from the NEE measurements. See Trémeau et al. (2024) study for detailed explanations on the light response curve. - Reco: Ecosystem respiration was obtained directly from NEE measurement, while applying an opaque fabric over the clear chamber. - Yield: Barley yield is collected from the center of the plot, which was not disturbed by measurements. The grain was first cleaned (removal of any plant residue) then dried. - GAI: Green Area Index was estimated from within the metal collars using a blend of two ICOS protocol (https://doi.org/10.18160/e568-rdtd, https://doi.org/10.18160/6mkw-3s2r). Green leaves and green stems were counted for each species, then samples from outside the collar were collected for estimating the average hemi-surface area per green leave or green stem.
Parameter
  • Parameter name: GAI
  • Parameter unit: m2 m-2
  • Parameter description: green area index of barley
  • Parameter name: NEE
  • Parameter unit: t ha-1 d-1
  • Parameter description: daily net ecosystem exchange of the plot based on chamber measurements and meteorological data
  • Parameter name: yield
  • Parameter unit: t ha-1
  • Parameter description: barley dry grain yield
  • Parameter name: alpha
  • Parameter unit: mg micromol-1
  • Parameter description: apparent quantum yield
  • Parameter name: GPmax
  • Parameter unit: mg m-2 s-1
  • Parameter description: asymptotic gross photosynthesis rate
  • Parameter name: GP1200
  • Parameter unit: mg CO2 m-2 s-1
  • Parameter description: gross photosynthesis rate at PAR=1200
  • Parameter name: Reco
  • Parameter unit: mg CO2 m-2 s-1
  • Parameter description: Ecosystem respiration
  • Parameter name: Temp
  • Parameter unit: K
  • Parameter description: Air temperature
  • Parameter name: PAR
  • Parameter unit: W m-2
  • Parameter description: Photosynthetically active radiation, column KUM_META.par
  • Parameter name: Global radiation
  • Parameter unit: W m-2
  • Parameter description: Shortwave radiation from the sun and atmosphere measured on a horizontal black surface (W/m²).
  • Parameter name: Pressure
  • Parameter unit: hPa
  • Parameter description: Pressure (msl)
  • Parameter name: Precipitation amount
  • Parameter unit: mm
  • Parameter description: Precipitation amount
  • Parameter name: Relative humidity
  • Parameter unit: %
  • Parameter description: Relative humidity
  • Parameter name: Wind Speed
  • Parameter unit: m s-1
  • Parameter description: Wind Speed
  • Parameter name: Maximum temperature
  • Parameter unit: degC
  • Parameter description: Maximum temperature
  • Parameter name: Minimum temperature
  • Parameter unit: degC
  • Parameter description: Minimum temperature
Topic category
environment

Temporal Coverage

Ranges:

Start date: 2018-12-31
End date: 2022-12-31

Locations

TWINWIN Field Experiment Point: