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Forest Sciences Commons

Open Access. Powered by Scholars. Published by Universities.®

Agriculture

Journal

2007

Chicken manure

Articles 1 - 2 of 2

Full-Text Articles in Forest Sciences

Effects Of Soil Solarization And Organic Amendment Treatments For Controlling Meloidogyne Incognita In Tomato Cultivars In Western Anatolia, Gali̇p Kaşkavalci Jan 2007

Effects Of Soil Solarization And Organic Amendment Treatments For Controlling Meloidogyne Incognita In Tomato Cultivars In Western Anatolia, Gali̇p Kaşkavalci

Turkish Journal of Agriculture and Forestry

The efficacy of soil solarization, Dazomet, chicken manure (CM), olive processing waste (OPW), and soil solarization in combination with CM or OPW or half doses of Dazomet against Meloidogyne incognita on tomato cultivars was investigated in greenhouses in western Anatolia, Turkey, between 2002 and 2004. The maximum soil temperature average was increased 47.1 °C by soil solarization alone at the 15 cm soil depth of soil in the first year. Soil solarization alone and in combination with CM increased the mean of maximum soil temperature by 41.2 and 40.9 °C respectively, at the 15 cm soil depth in the second …


Methyl Bromide Alternatives For Controlling Meloidogyne Incognita In Pepper Cultivars In The Eastern Mediterranean Region Of Turkey, M. Ali̇ Söğüt, İ. Hali̇l Elekçi̇oğlu Jan 2007

Methyl Bromide Alternatives For Controlling Meloidogyne Incognita In Pepper Cultivars In The Eastern Mediterranean Region Of Turkey, M. Ali̇ Söğüt, İ. Hali̇l Elekçi̇oğlu

Turkish Journal of Agriculture and Forestry

The efficacy of soil solarization in combination with Trichoderma spp. (S+Tr), dazomet (S+D 300, 400 and 500 kg ha^{-1} of dosages) and fresh chicken manure (S+CM 12.5 t ha^{-1}) as methyl bromide (MB) alternatives against root-knot nematodes on pepper cultivars was investigated in plastic greenhouses in the eastern Mediterranean Region of Turkey. Soil solarization for 6 weeks increased soil temperature by 8.4 and 7.8 °C at 10 cm soil depth in 2000 and 2001, respectively. Second stage juvenile (J2) populations of M. incognita were efficiently reduced by S + Tr, S + D300, S + D400, S + D500, S …