Proceedings :: International Society of Precision Agriculture

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Osato, K

Korsaeth, A

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Authors

Isaksson, T

Korsaeth, A

Øvergaard, S

Ohaba, M

Zainal Abidin, M.B

Li, Q

Shibusawa, S

Kodaira, M

Osato, K

Topics

Remote Sensing Applications in Precision Agriculture

Engineering Technologies and Advances

Type

Poster

Year

2012

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Filter results2 paper(s) found.
1. Remote NIR-Sensor Fusion with Weather Data for Improved Prediction of Wheat Yield Models Prediction models for grain yield based on remote sensing data are commonly shown to perform reasonably well for one single cropping season. The model performances often drop, however, when data from more years is included. This may be caused by biased data, resulting from diverging growth conditions from year to year, which affects... T. Isaksson, A. Korsaeth, S. Øvergaard Download paper
2. Adaptive Control of Capillary Water Flow Under Modified Subsurface Irrigation Based on a SPAC Model Soil moisture in a rhizosphere of a tomato is controlled adaptively based on a simple soil-plant-atmosphere continuum (SPAC) model. The water flow from a soil through a plant to the atmosphere is governed by the analogous rule of the SPAC model. In our experiment, we assume that plant transpiration is only affected by the water-potential of air when the soil moisture... M. Ohaba, M.B. zainal abidin, Q. Li, S. Shibusawa, M. Kodaira, K. Osato Download paper

Filter results2 paper(s) found.

1. Remote NIR-Sensor Fusion with Weather Data for Improved Prediction of Wheat Yield Models

Prediction models for grain yield based on remote sensing data are commonly shown to perform reasonably well for one single cropping season. The model performances often drop, however, when data from more years is included. This may be caused by biased data, resulting from diverging growth conditions from year to year, which affects... T. Isaksson, A. Korsaeth, S. Øvergaard

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2. Adaptive Control of Capillary Water Flow Under Modified Subsurface Irrigation Based on a SPAC Model

Soil moisture in a rhizosphere of a tomato is controlled adaptively based on a simple soil-plant-atmosphere continuum (SPAC) model. The water flow from a soil through a plant to the atmosphere is governed by the analogous rule of the SPAC model. In our experiment, we assume that plant transpiration is only affected by the water-potential of air when the soil moisture... M. Ohaba, M.B. zainal abidin, Q. Li, S. Shibusawa, M. Kodaira, K. Osato

Download paper