It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱指标是不正确。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以生长于不同气候条件下17个拟南芥核心生型为材料，分析了它们抗旱转录因子CBF4 基因性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属年生宿根性草本植物，最早起源于第三纪，分布范围较广，长期居住于泥地中。有较高环境适应能力与繁殖能力外，还具较高抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱指标是不正确。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以生长于不同气候条件下17个拟南芥核心生态型为材料，分析了它们抗旱转录因子CBF4 基因区态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属年生宿根性草本植物，最早起源于第三纪，分布范围较广，长期居住于泥地中。有较高环境适应能力与繁殖能力外，还具较高抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱指标是不正确的。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以不同气候条件下的17个拟南芥核心态型为材料，分析了它们的抗旱转录因子CBF4 基因区域的列多态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属多年宿根性草本植物，最早起源第三纪，分布范围较广，期泥地中。有较高环境适应能力与繁殖能力外，还具较高的抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱不正确的。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以生长于不同气候条件下的17个拟南芥核心生态型为材料，分析了它们的抗旱转录因子CBF4 基因区域的列多态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属多年生宿根性草本植物，最早起源于第三纪，分布范围较广，长期居住于泥地中。有较高环能力与繁殖能力外，还具较高的抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱指标是不正确的。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以不同气候条件下的17个拟南芥核心态型为材料，分析了它们的抗旱转录因子CBF4 基因区域的列多态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属多年宿根性草本植物，最早起源第三纪，分布范围较广，期泥地中。有较高环境适应能力与繁殖能力外，还具较高的抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱指标是不正确的。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以生长于不同气候条件下的17个拟南芥核心生态型为材料，析了它们的抗旱转录因子CBF4 基因区域的列多态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属多年生宿根性草本植物，最早起源于第三纪，布范围较广，长期居住于泥地中。有较高环境适应能力与繁殖能力外，还具较高的抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱指标是不正确的。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以生长不同气候条件下的17个拟心生态型为材料，分析了它们的抗旱转录因子CBF4 基因区域的列多态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属多年生宿根性草本植物，最早起三纪，分布范围较广，长期居住泥地中。有较高环境适应能力与繁殖能力外，还具较高的抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱指标是不正确的。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以生长于不同气候条件下的17个拟南芥核心生态型为材料，分析了它们的抗旱转录CBF4 区域的列多态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

尔特族属多年生宿根性植物，最早起源于第三纪，分布范围较广，长期居住于泥地中。有较高环境适应能力与繁殖能力外，还具较高的抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地把气孔密度、气室大小作为抗旱指标是不正。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

要 以生长于不同气候条件下17个拟南芥核心生态型为材料，分析了它们抗旱转录因子CBF4 基因区域列多态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属多年生宿根性草本植物，最早起源于第三纪，分布范围广，长期居住于泥地。有高环境适应能力与繁殖能力外，还具高抗旱能力。

It is incorrect that only stoma density and stomatic chamber size are used as xerophilous indexes.

单纯地密度、室大小作为抗旱指标是不正确。

Intraspecific nucleotide polymorphism in the drought induced transcription factor CBF4 region of Arabidopsis thaliana was analyzed with 17 core accessions growing in different ecoclimate.

摘要 以生长于不同候条件下17个拟南芥核心生态型为材料，分析了它们抗旱转录因子CBF4 基因区域列多态性。

Celt section of race is more , mark of umbrella-type section , slender acanthopanax section , the composite family , red-spotted stonecrop section, and kingcup section etc.

本草凯尔特族属多年生宿根性草本植物，最早起源于第三纪，分布范围广，长期居住于泥地中。有环境适应能力与繁殖能力外，还具抗旱能力。