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Simulation of CO2 enrichment and climate change impacts on soybean production

100%

Fu T., Ha B., Ko J.

International Agrophysics

2016

tom 30

nr 1

Isolation, determination and sorption modelling of xenobiotics in plant materials

58%

Michel M., Buszewski B.

Polish Journal of Environmental Studies

2008

tom 17

nr 3

305-319

Crop models use mathematical equations to simulate the physical and chemical processes that generally control the uptake, translocation, and sorption of xenobiotics in all part of plants. Each compartment is anatomically characterized and described by a series of mathematical equations. Sample preparation, such as liquid extraction methods and solid-phase-based methods are presented. Analysis of xenobiotics are generally carried out by gas chromatography (GC) or liquid chromatography (LC) coupled to different detectors, especially to mass spectrometers (MSs) and hyphenated techniques that have become extremely developed in recent years. As an example the wheat plant, as a model to describe xenobiotic uptake by roots and sorption of xenobiotic in grain, is applied.

Physical parameters and micromorphological description of sandy Slovak soil

58%

Curlik J., Houskova B.

International Agrophysics

1997

tom 11

nr 1-2

Two approaches to the description of distribution keys in crop simulation models

58%

Poluektov R. A., Zakharova E. T.

International Agrophysics

2000

tom 14

nr 1

Ograniczanie wyników

3 International Agrophysics

1 Polish Journal of Environmental Studies

1 Buszewski B.

1 Curlik J.

1 Fu T.

1 Ha B.

1 Houskova B.

1 Ko J.

1 Michel M.

1 Poluektov R. A.

1 Zakharova E. T.

1 2016

1 2008

1 2000

1 1997

Wyniki wyszukiwania

Simulation of CO2 enrichment and climate change impacts on soybean production

Isolation, determination and sorption modelling of xenobiotics in plant materials

Physical parameters and micromorphological description of sandy Slovak soil

Two approaches to the description of distribution keys in crop simulation models