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The hybrid zone of Hippophae goniocarpa, a natural cross between different species of sea buckthorn, is a fascinating and ecologically important phenomenon. This hybrid zone, commonly referred to as the "H.goniocarpa hybrid zone," is known for the spontaneous hybridization and genetic exchange between different subspecies, resulting in a diverse array of offspring. This natural breeding process has led to the creation of new genetic combinations and adaptation to various environmental conditions, making it a focus of research for botanists and evolutionary biologists. The resulting hybrids exhibit unique characteristics and traits, contributing to the overall biodiversity of the sea buckthorn population. Understanding the dynamics of this hybrid zone provides valuable insights into plant evolution and genetic diversity, aiding in conservation efforts and sustainable agriculture.
棱果沙棘自然杂交带,H.goniocarpa hybrid zone
1)H.goniocarpa hybrid zone棱果沙棘自然杂交带
英文短句/例句
1.The Fitness Analysis of Hybrids and Parental Species of H.goniocarpa Hybrid Zone棱果沙棘自然杂交带亲本与杂交后代的适应性分析
2.Homoploid Hybrid Origin of Hippophae Goniocarpa Subsp.Goniocarpa;棱果沙棘的同倍体杂交起源：来自叶绿体基因组和核基因组的证据
3.Study of Reproductive Isolation to Natural Hybrid Zone of Hippophae (Elaeagnaceae)沙棘属植物自然杂交带的生殖隔离状况的研究
4.Molecular Evidence for Nature Hybridization and Maternal Origin of Hybrids in Hippophae L.沙棘属自然杂交种杂交起源及母本来源的分子证据
5.The Study of Hereditary Variation Inclination on Filial Generation s Main Properties of Big Fruit Sea-Buckthorn;大果沙棘杂交后代主要性状遗传变异倾向研究
6.The change of the antioxidants in Hippophae rhamnoides subsp.L.Sinensis Rousi.slurry during natural storage自然存放条件下沙棘果浆中抗氧化物质的变化
7.Sequences variation analysis between Hippophae goniocarpa and its parents on cpDNA trnS-G region sequences棱果沙棘及其亲本cpDNA trnS-G片段的序列变异分析
8.Analysis of Russian and Chinese Seabuckthorn Hybrid Filial Generation"s Female Plant Hereditary Changes俄罗斯沙棘与中国沙棘杂交子代雌株遗传变异分析
9.Select Study on Excellent Individual Plant of Hybrid Hippophae Rhamnoides of Ecological and Economic Type;生态经济型杂交沙棘优良单株选择研究
10.The Study of the Relationship between Nuclear DNA Content of Hippophae L. Species and Their Hybrid Origin沙棘核DNA含量与杂交种起源的相关性研究
paring on Photosynthetic Physiological Indexes among Hybrids and Its Parents of Seabuckthorn杂交与亲本沙棘光合生理指标的比较研究
12.RESEARCH ON OPTIMUM EXTRACTION PROCESS OF TOTAL FLAVONES MARC OF SEA BUCKTHORN BY ORTHOGONAL DESIGN正交设计法优化沙棘果渣中总黄酮的提取工艺
13.Study on Comparative Trials of Seabuckthorn F_1 and New Variety Breeding in Fuxin;阜新地区沙棘杂交子代对比试验及新品种选育研究
14.Berry Traits Variation Analyse of Seabuckthorn Crossbreeds and Selection of Superior Families沙棘杂种子代果实性状变异分析及优良家系选择
15.The Study and Industrial Analysis of Seabuckthorn Flavone is Extracted and Refined from Seabuckthorn Pomace;沙棘果渣提取与精制沙棘黄酮的研究及工业化分析
16.Photoresponse of Some Large-berry Seabuckthorn Cultivars不同大果沙棘品种光合生理特征测定
17.Clarification and the non-biological stability of sea buckthorn wine沙棘果酒澄清及非生物稳定性的研究
18.HACCP System in the Seabuckthorn Fruit Vinegar ProductionHACCP体系在沙棘果醋生产中的应用
相关短句/例句
Hippophae goniocarpa棱果沙棘
1.RAPD Markers Related to Sex Locus inHippophae goniocarpa;与棱果沙棘性别相关的RAPD标记
2.Sequences variation analysis betweenHippophae goniocarpa and its parents on cpDNA trnS-G region sequences棱果沙棘及其亲本cpDNA trnS-G片段的序列变异分析
3)Hybrid Seabuckthorn杂交沙棘
1.A Brief Talk on Good Varieties and Adaptability ofHybrid Seabuckthorn in Fuxin;浅谈阜新杂交沙棘的优良类型及适应性
4)new species of seabuckthorn杂交沙棘新品种
5)Hybrids[英]["haibrid][美]["ha?br?d]自然杂交
1.Confirmation of NaturalHybrids between Gentiana straminea and G.siphonantha(Gentianaceae)Based on Molecular Evidence;麻花艽和管花秦艽(龙胆科)之间自然杂交类型的分子验证
6)natural hybrid zone天然杂交带
1.To further exploit and sustainably use wild germplasm resources,we suggest a new concept of hybrid zone-based discovery of germplasm and genes that underlie important traits of horticultural value by selection and characterization of introgressed genotypes from anatural hybrid zone of Actinidia.通过深入分析野生猕猴桃资源的可持续发掘利用问题,提出了利用天然杂交带的遗传渐渗作用开展野生植物新种质和新基因型发掘的思路。
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