Linking intraspecific variation in plant chemical defence with arthropod and soil bacterial community structure and N allocation

Benedek Klara; Balint Janos; Mathe Istvan; Mara Gyongyver; Felfoldi Tamas; Szabo Attila; Fazakas Csaba; Albert Csilla; Buchkowski Robert W.; Schmitz Oswald J.; Balog Adalbert

首页> 外文期刊>Plant and Soil >Linking intraspecific variation in plant chemical defence with arthropod and soil bacterial community structure and N allocation

【24h】

Linking intraspecific variation in plant chemical defence with arthropod and soil bacterial community structure and N allocation

机译：将植物化学防御与节肢动物和土壤细菌群落结构联系在植物化学防御中的拆卸变异

获取原文

获取原文并翻译 | 示例

掌桥外文数据库（机构版） >>

开具论文收录证明 >>

文献代查 >>

页面导航

摘要
著录项
相似文献
相关主题

摘要

Aims We tested whether chemical content of individual Tansy plants influences aboveground arthropod and belowground soil microbial community composition. Methods We use Tansy chemical defence composition as focus for our analysis, given that changes in chemical defence are a dominant mechanism expected to modify aboveground and belowground community composition and nutrient cycling. Detailed assessment of arthropod food webs were made on tansy chemotypes. Next generation soil DNA analyses were used to assess soil bacterial community. Results Tansy plants defended by Camphor and Borneol had higher total soil bacterial diversity than control plants (soils under non-Tansy plants) and Tansy chemotypes containing high concentrations of Thujon. Furthermore, the frequency of bacterial genera with a significant role in litter mineralization processes decreased with time in soil associated with Camphor and Borneol chemotypes, indicative of complete microbial decomposition and mineralization of plant material. No such changes occurred in soils associated with Thujon chemotypes. Thujon plants had fewer aphids, ladybirds, spiders, and Orius sp. than other chemotypes. Conclusions Our experiments revealed that Thujon chemotypes had different associated aboveground arthropod and belowground soil microbial communities than Camphor or Borneol chemotypes. The common qualitative response between aboveground and belowground communities to Tansy plant defense is consistent with our hypothesis and extensive literature on plant defense and aboveground and belowground feedbacks.

机译：目的是我们测试了个体型材植物的化学含量是否会影响地上的节肢动物和地下土壤微生物群落组合物。方法采用涂层化学防御组合作为对我们分析的关注，鉴于化学防御的变化是预期修改地上和低于地下社区成分和营养循环的主要机制。对节肢动物食品网的详细评估是对衍生化学品制造的。下一代土壤DNA分析用于评估土壤细菌群落。结果樟脑和冰片捍卫的植物植物总体细菌多样性较高，而不是控制植物（非衍生植物下的土壤）和含有高浓度的硫氮的液相型。此外，在垃圾矿化过程中具有显着作用的细菌属性的频率随着与樟脑和冰片嗜胞素相关的土壤中的时间减少，指示植物材料的完全微生物分解和矿化。没有与Thujon Chemotypes相关的土壤发生这种变化。 Thujon植物的蚜虫较少，瓢虫，蜘蛛和orius sp有更少。而不是其他嗜胞型。结论我们的实验表明，Thujon Chemotypes在地上有关地上的节肢动物和地下土壤微生物群落的不同相关的嗜胞型趋化型比樟脑或冰片嗜型嗜胞外型在场。地上和地下社区之间的共同定性反应与植物植物防御符合我们的假设和植物防御和地上的广泛文学，以及地上的地下和地下反馈。

著录项

来源
《Plant and Soil》 |2019年第2期|共15页
作者
Benedek Klara; Balint Janos; Mathe Istvan; Mara Gyongyver; Felfoldi Tamas; Szabo Attila; Fazakas Csaba; Albert Csilla; Buchkowski Robert W.; Schmitz Oswald J.; Balog Adalbert;
展开▼
作者单位

Sapientia Hungarian Univ Transylvania Fac Tech &

Human Sci Dept Hort Sighisoara Str IC Targu Mures Romania;

Sapientia Hungarian Univ Transylvania Fac Tech &

Human Sci Dept Hort Sighisoara Str IC Targu Mures Romania;

Sapientia Hungarian Univ Transylvania Fac Econ Sociohuman Sci &

Engn Dept Bioengn Miercurea Ciuc Romania;

Sapientia Hungarian Univ Transylvania Fac Econ Sociohuman Sci &

Engn Dept Bioengn Miercurea Ciuc Romania;

Eotvos Lorand Univ Dept Microbiol Pazmany Peter Stay 1-C H-1117 Budapest Hungary;

Eotvos Lorand Univ Dept Microbiol Pazmany Peter Stay 1-C H-1117 Budapest Hungary;

Sapientia Hungarian Univ Transylvania Fac Tech &

Human Sci Dept Hort Sighisoara Str IC Targu Mures Romania;

Sapientia Hungarian Univ Transylvania Fac Econ Sociohuman Sci &

Engn Dept Food Sci Miercurea Ciuc Romania;

Yale Univ Sch Forestry &

Environm Studies 370 Prospect Str New Haven CT 06511 USA;

Yale Univ Sch Forestry &

Environm Studies 370 Prospect Str New Haven CT 06511 USA;

Sapientia Hungarian Univ Transylvania Fac Tech &

Human Sci Dept Hort Sighisoara Str IC Targu Mures Romania;

展开▼
收录信息
原文格式 PDF
正文语种 eng
中图分类土壤学;
关键词
Chemotype; Litterfall; Microbial diversity; Nitrogen mineralization; Plant chemical defence; Ecosystem functioning;

机译：趋化型;凋落物;微生物多样性;氮矿化;植物化学防御;生态系统运行;

相似文献

外文文献
中文文献
专利

1. Linking intraspecific variation in plant chemical defence with arthropod and soil bacterial community structure and N allocation [J] . Benedek Klara, Balint Janos, Mathe Istvan, Plant and Soil . 2019,第1a2期

机译：将植物化学防御与节肢动物和土壤细菌群落结构联系在植物化学防御中的拆卸变异
2. Linkage of soil organic matter composition and soil bacterial community structure as influenced by dominant plants and hydrological fluctuation in Poyang Lake [J] . Jiang Yumei, Chen Juan, Wang Jinfeng, Journal of soils & sediments . 2021,第8期

机译：土壤有机质组合物与土壤细菌群落结构的联系与鄱阳湖水文波动影响
3. Linking microbial community structure and allocation of plant-derived carbon in an organic agricultural soil using 13CO₂ pulse-chase labelling combined with 13C-PLFA profiling. [J] . Tavi N. M., Martikainen P. J., Lokko K., Soil Biology & Biochemistry . 2013,第Null期

机译：13 CO _{2 脉冲追逐标记结合 13 C-将有机农业土壤中微生物群落结构与植物源碳的分配联系起来PLFA分析。}
4. Variation of Total Bacterial Cell Counts and Bacterial Communities in Different Water Treatment Processes From a Wastewater Treatment Plant [C] . MA Li-li, LIU Jie, MAO Guan-nan, 3rd International conference on pollution ecology . 2012

机译：污水处理厂不同水处理工艺中细菌总数和细菌群落的变化
5. The Influence of Intraspecific Variation in Host Plants on Arthropod and Fungal Endophyte Communities [D] . Harrison, Joshua G. 2017

机译：寄主植物种内变异对节肢动物和真菌内生菌群落的影响
6. Bacterial Community Structure and Predicted Function in Wheat Soil From the North China Plain Are Closely Linked With Soil and Plant Characteristics After Seven Years of Irrigation and Nitrogen Application [O] . Geng Ma, Juan Kang, Jiarui Wang, 2020

机译：灌溉和施氮七年后华北平原小麦土壤中的细菌群落结构和预测功能与土壤和植物特性密切相关。
7. Bacterial Community Structure and Predicted Function in Wheat Soil From the North China Plain Are Closely Linked With Soil and Plant Characteristics After Seven Years of Irrigation and Nitrogen Application [O] . Geng Ma, Juan Kang, Jiarui Wang, 2020

机译：七年灌溉和氮施用后，北方北方平原小麦土壤的细菌群落结构和预测功能与土壤和植物特征密切相关

Linking intraspecific variation in plant chemical defence with arthropod and soil bacterial community structure and N allocation

摘要

著录项

相似文献

相关主题

期刊订阅