Effect of Cirsium arvense L. on soil physical properties and crop growth

The re-cultivation of abandoned areas creates weed control problems. The main problems in these areas are perennial weeds, such as Cirsium arvense L. but this perennial deep-rooted plant may have a beneficial effect on the physical properties of compacted soil. In order to study the effect of C. arv...

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Main Authors: E. REINTAM, K. TRÜKMANN, J. KUHT
Format: Article
Language:English
Published: Scientific Agricultural Society of Finland 2008-12-01
Series:Agricultural and Food Science
Online Access:https://journal.fi/afs/article/view/5909
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spelling doaj-38278201bd054d04b65fea5c0b1074842020-11-24T22:40:13ZengScientific Agricultural Society of FinlandAgricultural and Food Science1459-60671795-18952008-12-01172 Effect of Cirsium arvense L. on soil physical properties and crop growthE. REINTAMK. TRÜKMANNJ. KUHTThe re-cultivation of abandoned areas creates weed control problems. The main problems in these areas are perennial weeds, such as Cirsium arvense L. but this perennial deep-rooted plant may have a beneficial effect on the physical properties of compacted soil. In order to study the effect of C. arvenses root system on soil properties, the field experiment and a survey of arable fields were conducted in Estonia. The soil bulk density and penetration resistance were measured from soils covered by C. arvense or spring barley (Hordeum vulgare L.) on compacted and un-compacted soil. The results showed significantly lower penetration resistance and bulk density underneath C. arvense than under barley in both the field experiment and a field survey on arable soils. The shoot mass of C. arvense was less affected than the shoot mass of barley by soil compaction and was caused by C. arvenses better ability to develop its root system in compacted soil. Wheat yield, on soils affected by C. arvense, was increased by 28% on loose soil and 37% on compacted soil. It may be concluded that in areas affected by deep-rooted weed species, such C. arvense, the soils physical properties will improve at least in the first two years.;https://journal.fi/afs/article/view/5909
collection DOAJ
language English
format Article
sources DOAJ
author E. REINTAM
K. TRÜKMANN
J. KUHT
spellingShingle E. REINTAM
K. TRÜKMANN
J. KUHT
Effect of Cirsium arvense L. on soil physical properties and crop growth
Agricultural and Food Science
author_facet E. REINTAM
K. TRÜKMANN
J. KUHT
author_sort E. REINTAM
title Effect of Cirsium arvense L. on soil physical properties and crop growth
title_short Effect of Cirsium arvense L. on soil physical properties and crop growth
title_full Effect of Cirsium arvense L. on soil physical properties and crop growth
title_fullStr Effect of Cirsium arvense L. on soil physical properties and crop growth
title_full_unstemmed Effect of Cirsium arvense L. on soil physical properties and crop growth
title_sort effect of cirsium arvense l. on soil physical properties and crop growth
publisher Scientific Agricultural Society of Finland
series Agricultural and Food Science
issn 1459-6067
1795-1895
publishDate 2008-12-01
description The re-cultivation of abandoned areas creates weed control problems. The main problems in these areas are perennial weeds, such as Cirsium arvense L. but this perennial deep-rooted plant may have a beneficial effect on the physical properties of compacted soil. In order to study the effect of C. arvenses root system on soil properties, the field experiment and a survey of arable fields were conducted in Estonia. The soil bulk density and penetration resistance were measured from soils covered by C. arvense or spring barley (Hordeum vulgare L.) on compacted and un-compacted soil. The results showed significantly lower penetration resistance and bulk density underneath C. arvense than under barley in both the field experiment and a field survey on arable soils. The shoot mass of C. arvense was less affected than the shoot mass of barley by soil compaction and was caused by C. arvenses better ability to develop its root system in compacted soil. Wheat yield, on soils affected by C. arvense, was increased by 28% on loose soil and 37% on compacted soil. It may be concluded that in areas affected by deep-rooted weed species, such C. arvense, the soils physical properties will improve at least in the first two years.;
url https://journal.fi/afs/article/view/5909
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