Figures index

From

Phosphorous Use Efficiency of Safflower and Sunflower Grown in Different Soils

Jehad Abbadi

World Journal of Agricultural Research. 2017, 5(4), 212-220 doi:10.12691/wjar-5-4-3
  • Figure 1. Effect of P supply on dry matter (g pot-1) of safflower (A) and sunflower (B). For a given species and a given soil type, means within each column followed by the same letter are not significantly different, * indicates significant difference for a given plant species and a given P level within soil types. P< 0.05, n=3
  • Figure 2. Effect of P supply on P concentration (mg P 100mg DM-1) of safflower and sunflower in sandy soil (A) and loamy soil (B). For a given species and a given soil type, means within each column followed by the same capital letter are not significantly different, means in the same soil type and the same P level and different plant species followed by the same small letter are not significantly different, * indicates significant difference for a given plant species and a given P level within soil types. P< 0.05, n=3
  • Figure 3. Effect of P supply on P accumulation between harvests (mg P pot-1) for safflower (A) and sunflower (B). For a given species and a given soil type, means within each column followed by the same letter are not significantly different, * indicates significant difference for a given plant species and a given P level within soil types. P< 0.05, n=3
  • Figure 4. Effect of P supply on PER (mg P in DM/ g DM) (A and B), PUI (g DM/ (g P 100g DM-1) (C and D) for safflower and sunflower in sandy (A, C) and loamy (B, D) soil. For a given species and a given soil type, means within each column followed by the same letter are not significantly different. * indicates significant difference between the two columns in each figure at the same P level. P< 0.05, n=3