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Jyndevad Research Station

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Image
Photos of CS616 sensors centered above a mother tuber at the time of potato...
Published: 01 November 2005
Fig. 6. Photos of CS616 sensors centered above a mother tuber at the time of potato maturity in the Jyndevad soil at Jyndevad Research Station.
Image
Installation of TDR and CS616 sensors in drip irrigated potatoes. In (a) ex...
Published: 01 November 2005
Fig. 1. Installation of TDR and CS616 sensors in drip irrigated potatoes. In (a) experimental plots at Jyndevad Research Station, and (b) Jyndevad soil and (c) Foulum soil in the semi-field basins at Research Centre Foulum. Position of mother tubers and drip points is shown as well.
Image
Volumetric water content measured with the CS616 sensor using the standard ...
Published: 01 November 2005
Fig. 5. Volumetric water content measured with the CS616 sensor using the standard calibration and VWC measured with TDR at Jyndevad Research Station (left y axis). Differences between TDR calculated from mean values of the CS616 and TDR measurements are shown at the top of the figure (right
Journal Article
Published: 01 November 2005
Vadose Zone Journal (2005) 4 (4): 1037–1047.
...Fig. 6. Photos of CS616 sensors centered above a mother tuber at the time of potato maturity in the Jyndevad soil at Jyndevad Research Station. ...
FIGURES | View All (9)
Journal Article
Published: 01 November 2008
Vadose Zone Journal (2008) 7 (4): 1276–1286.
...)  Rønhave 0–1.40 sandy clay loam 18–22 13–16 62–69 – 0.3–2.3 1.4–1.6 0.40–0.48 48 100 Kawamoto et al. (2006)  Foulum 0–1.40 sandy loam–sandy clay loam 11.8–16 10.2–12 72–77 – 0.1–2.3 1.2–1.7 0.35–0.56 48 100 Kawamoto et al. (2006)  Jyndevad 0–1.40 loamy sand 5.2–6.0...
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