Tables index

From

Effect of Soil Fertility and Intercropping on the Incidence and Severity of Root Rot Diseases of Common Bean (Phaseolus vulgaris L.)

Mildred Millidee Morris, James W. Muthomi, John M. Wagacha

World Journal of Agricultural Research. 2017, 5(4), 189-199 doi:10.12691/wjar-5-4-1
  • Table 1. Level of nutrients (ppm and percentage) in soil sampled from three study sites in Busia County
  • Table 2. Incidence (%) of soil borne pathogens in soils sampled from three study sites in Busia County
  • Table 3. Population (CFU/g) of fungal pathogens in soils sampled from three study sites in Busia County of western Kenya
  • Table 4. Percent plant stand of two common bean varieties in eight treatments at four weeks after emergence in three study sites in Busia County
  • Table 5. Percent plant stand of two common bean varieties in eight treatments at six weeks after emergence in three study sites in Busia County
  • Table 6. Percent root rot disease index of two common bean varieties at two weeks after planting in the three study sites in Busia County
  • Table 7. Percent root rots disease index of two common bean varieties at fourth week after planting in three study sites in Busia County
  • Table 8. Percent incidence of bean fly at fourth week after planting
  • Table 9. Percent incidence of bean fly at sixth week after planting
  • Table 10. Incidence (%) of root rot pathogens isolated from symptomatic stem bases of common beans in Alupe
  • Table 11. Incidence (%) of root rot pathogens isolated from symptomatic stem bases of common beans in Busire
  • Table 12. Incidence (%) of root rot pathogens isolated from symptomatic stem bases of common beans in Butula
  • Table 13. Incidence (%) of root rot pathogens isolated from asymptomatic stem bases of common beans in Alupe
  • Table 14. Incidence (%) of root rot pathogens isolated from asymptomatic stem bases of common beans in Busire
  • Table 15. Incidence (%) of root rot pathogens isolated from asymptomatic stem bases of common beans in Butula
  • Table 16. Correlation among soil nutrients, population of soil borne pathogens, plant stand count, root rot intensity and infection on stem bases