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Root distribution of apple tree under various irrigation systems within the hilly region of Romania

100%

Tanasescu N., Paltineanu C.

International Agrophysics

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2004

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tom 18

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nr 2

2

Characterising root density of peach trees in a semi-arid Chernozem to increase plant density

86%

Paltineanu C., Septar L., Gavat C., Chitu E., Oprita A., Moale C., Calciu I., Vizitiu O., Lamureanu G.

International Agrophysics

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2016

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tom 30

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nr 1

3

A scanner-based approach to soil profile-wall mapping of root distribution

86%

Dauer J. M., Withington J. M., Oleksyn J., Chorover J., Chadwick O. A., Reich P. B., Eissenstat D. M.

Dendrobiology

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2009

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tom 62

35-40

Root distribution sampling techniques are often inaccurate, time consuming and costly. We present an inexpensive approach to soil profile-wall mapping using a desktop scanner that allowed us to spend reduced time in the field. The scanner was pressed onto the vertical surface of a 1 x 1 m soil pit and images of the roots were taken in situ. In a common garden planting of eleven, 30-year-old conifer and hardwood tree species in Poland, we compared root counts (number of roots cm–2) obtained by this method with independent measurements of root length density (RLD) obtained from soil cores. We found a positive correlation (Spearman rank correlation r=0.93; P<0.001) suggesting general agreement of the two approaches in ranking among the species. Soil coring as well as grid mapping with plastic overlays took a longer total time for quantifying root distribution than the scanning procedure. The desktop scanner approach we developed is an inexpensive, time efficient and accurate way of quantifying root distribution and abundance that allows a unique coupling of root data to soil properties.

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Root density of cherry trees grafted on Prunus mahaleb in a semi-arid region

72%

Paltineanu C., Septar L., Gavat C., Chitu E., Oprita A., Moale C., Lamureanu G., Vrinceanu A.

International Agrophysics

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2016

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tom 30

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nr 3

5

Impacts of soil structure on crop growth

58%

Rajkai K., Vegh K. R., Varallyay G., Farkas C. S.

International Agrophysics

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1997

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tom 11

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nr 1-2

6

Impact of tillage methods on dry matter weight and root distribution in plants cultivated

58%

Dzienia S., Wereszczaka J.

Electronic Journal of Polish Agricultural Universities. Series Agronomy

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1999

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tom 02

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nr 2

The research investigated the effect of three tillage methods: A - ploughing, B ploughless cultivation and C - direct drilling, on the distribution and dry weight of plant roots in sandy loam soil. More abundant roots were observed in winter wheat in direct-drilling objects and in spring barley exposed to ploughing. Dry matter of roots was higher in the 0-10 cm than in the 10-20 and 20-30 cm layers. The root distribution of cultivated plants was similar.

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The root distribution of clonal rootstocks of apple trees in the stoolbed and in the orchard

58%

Karpenchuk G., Zamorsky V., Artemenko Y.

Journal of Fruit and Ornamental Plant Research

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1993

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tom 01

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nr 3

8

Selected morphological characteristics of soils from Gezira Vertisols, with particular reference to cracking

58%

Elias E. A., Salih F. M., Salih A. A., Alaily F.

International Agrophysics

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2001

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tom 15

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nr 2

Ograniczanie wyników

Root distribution of apple tree under various irrigation systems within the hilly region of Romania

Characterising root density of peach trees in a semi-arid Chernozem to increase plant density

A scanner-based approach to soil profile-wall mapping of root distribution

Root density of cherry trees grafted on Prunus mahaleb in a semi-arid region

Impacts of soil structure on crop growth

Impact of tillage methods on dry matter weight and root distribution in plants cultivated

The root distribution of clonal rootstocks of apple trees in the stoolbed and in the orchard

Selected morphological characteristics of soils from Gezira Vertisols, with particular reference to cracking