Assertion: carrizo citrange | /r/HasProperty | cc
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Source sentences:
text: One of the main rootstocks used worldwide is Carrizo citrange (CC)
text: SMC-58 and SMC-73 somatic hybrids that were obtained by protoplast fusion between C. macrophylla (CM) and Carrizo citrange (CC).
text: SMC-73 displaying four different alleles from their parents C. macrophylla (CM) and Carrizo citrange (CC) using JK-TAA15 SSR marker.
text: and their parents C. macrophylla (CM) and Carrizo citrange (CC) displaying allelic losses.
text: SMC-58 and SMC-73 somatic hybrids that were obtained by protoplast fusion between C. macrophylla (CM) and Carrizo citrange (CC).
text: and their parents C. macrophylla (CM) and Carrizo citrange (CC).
text: SMC-58 and SMC-73 somatic hybrids that were obtained by protoplast fusion between C. macrophylla (CM) and Carrizo citrange (CC).
text: SMC-58 and SMC-73 obtained by protoplast fusion between Carrizo citrange (CC) and C. macrophylla (CM).
text: Plants of (A) Carrizo citrange (CC), (B) C. macrophylla (CM) and somatic hybrids (C
text: (f:i), increase in shoot biomass (DW g) and iron concentration in shoot leaves (DW ppm) of Carrizo citrange (CC), C. macrophylla (CM) and the somatic hybrids SMC-58 and SMC-73 cultivated in greenhouse conditions for 10 weeks, either in control conditions (20 μM Fe-EDDHA) or in iron-deficient conditions (10% (v/v) CaCO 3 10 mM NaHCO 3 , 2 μM Fe-EDDHA).
text: Influence of salinity on Carrizo citrange (CC), C. macrophylla (CM) and somatic hybrids
text: Leaf Cl−, Na+ and K+ concentration (mM in tissue water) in Carrizo citrange (CC), C. macrophylla (CM) and SMC-58 and SMC-73 somatic hybrids.
text: m−2·s−1) rates in Carrizo citrange (CC), C. macrophylla (CM) and SMC-58 and SMC-73 somatic hybrids.
text: Influence of Citrus tristeza virus (CTV) on Carrizo citrange (CC), C. macrophylla (CM) and somatic hybrids
text: In this study, the effects of the nutrient solution’s B concentration (0.25, 2, 4.5 or 7 mg l−1) on the growth and other physiological, nutritional and biochemical parameters of Verna lemon trees that were grafted on four contrasting rootstocks [Carrizo citrange (CC), Cleopatra mandarin (CL), Citrus macrophylla (CM) and sour orange (SO)] were investigated.
text: The amount of chloride translocated to the canopy of Carrizo citrange (CC) and Cleopatra mandarin (CM) was determined in three different stages of the experiment: during the first week (0–7 d), during the following 2 weeks (7–21 d) and during the following 4 weeks (21–49 d).
text: Net Cl ‐ uptake rate in response to 4.5 mm Cl ‐ application in Carrizo citrange (CC) and Cleopatra mandarin (CM).
text: The rootstocks used were Cleopatra mandarin (CM), Rangpur lime (RG), rough lemon (RL) and Carrizo citrange (CC).
text: Seedlings of Carrizo citrange (CC) and Cleopatra mandarin (Cleo) were grown in aerated nutrient solutions for 40 days with either no
text: In this study, in order to evaluate the effects of B-deficiency on plant growth, root-morphological traits, B and other nutritional responses of citrus rootstock and to investigate the relationship between this physiological performance and mineral nutrients seven common rootstock seedlings, including Trifoliate orange (TO), Carrizo citrange (CC), Chongyi tangerine (CT), Red tangerine (RT), Cleopatra mandarin (CM), Fragrant citrus (FC), and Sour orange (SO), were treated by B-deficiency (0 mg L−1) or moderate B (0.25 mg L−1).
text: Moreover, comparison of seven citrus rootstocks under B-deficient conditions showed that Carrizo citrange (Cc) was the most tolerant genotype while Trifoliate orange (To) was the most sensitive genotype, according to the parameters of dry mass, leaf area, seedling height and the content of mineral nutrients (Zhou et al., 2013).
text: Carrizo citrange (Cc) has been reported as a rootstock more tolerant to B deficiency than Trifoliate orange