The effects of ridging, row-spacing and seeding rate on carrot yield

Cool, wet spring weather often delays the early growth of carrots (Daucus carota L.) in northern Europe. This effect may be partly obviated by sowing in ridges. Many types of ridges are used, but the most suitable for carrot cultivation under the conditions prevailing in northern Europe has yet to b...

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Main Authors: S. TAIVALMAA, H. TALVITIE
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/5576
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spelling doaj-3d98daa4c7234bd6abc5dcbfa4c60d172020-11-24T22:33:29ZengScientific Agricultural Society of FinlandAgricultural and Food Science1459-60671795-18952008-12-0165-6 The effects of ridging, row-spacing and seeding rate on carrot yieldS. TAIVALMAAH. TALVITIECool, wet spring weather often delays the early growth of carrots (Daucus carota L.) in northern Europe. This effect may be partly obviated by sowing in ridges. Many types of ridges are used, but the most suitable for carrot cultivation under the conditions prevailing in northern Europe has yet to be determined. The effects of ridging, seeding rate and sowing system on the yield and visible quality of carrots were therefore studied in the field during three years. The highest yields were recorded for carrots sown in double rows on a narrow ridge. The effect of sowing system on mean root weight differed depending on the ridging regime. The mean weight of roots was higher for carrots cultivated on broad ridges than in other systems. Seeding rate had the most significant effect on mean root weight. For industrial purposes it is recommended that carrots be cultivated on broad ridges in double rows at low seeding rates with irrigation. The optimal cultivation technique for carrots destined for the fresh vegetable market would be narrow ridges sown in double rows at high seeding rates. The ridging system, seeding rate and row spacing did not appear to affect the external quality of roots. More detailed studies should be carried out to establish the effects of abiotic growth factors under different ridging regimes.;https://journal.fi/afs/article/view/5576
collection DOAJ
language English
format Article
sources DOAJ
author S. TAIVALMAA
H. TALVITIE
spellingShingle S. TAIVALMAA
H. TALVITIE
The effects of ridging, row-spacing and seeding rate on carrot yield
Agricultural and Food Science
author_facet S. TAIVALMAA
H. TALVITIE
author_sort S. TAIVALMAA
title The effects of ridging, row-spacing and seeding rate on carrot yield
title_short The effects of ridging, row-spacing and seeding rate on carrot yield
title_full The effects of ridging, row-spacing and seeding rate on carrot yield
title_fullStr The effects of ridging, row-spacing and seeding rate on carrot yield
title_full_unstemmed The effects of ridging, row-spacing and seeding rate on carrot yield
title_sort effects of ridging, row-spacing and seeding rate on carrot yield
publisher Scientific Agricultural Society of Finland
series Agricultural and Food Science
issn 1459-6067
1795-1895
publishDate 2008-12-01
description Cool, wet spring weather often delays the early growth of carrots (Daucus carota L.) in northern Europe. This effect may be partly obviated by sowing in ridges. Many types of ridges are used, but the most suitable for carrot cultivation under the conditions prevailing in northern Europe has yet to be determined. The effects of ridging, seeding rate and sowing system on the yield and visible quality of carrots were therefore studied in the field during three years. The highest yields were recorded for carrots sown in double rows on a narrow ridge. The effect of sowing system on mean root weight differed depending on the ridging regime. The mean weight of roots was higher for carrots cultivated on broad ridges than in other systems. Seeding rate had the most significant effect on mean root weight. For industrial purposes it is recommended that carrots be cultivated on broad ridges in double rows at low seeding rates with irrigation. The optimal cultivation technique for carrots destined for the fresh vegetable market would be narrow ridges sown in double rows at high seeding rates. The ridging system, seeding rate and row spacing did not appear to affect the external quality of roots. More detailed studies should be carried out to establish the effects of abiotic growth factors under different ridging regimes.;
url https://journal.fi/afs/article/view/5576
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