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Fungal Community Ecology: A Hybrid Beast with a Molecular Master

机译:真菌群落生态学:具有分子大师的混合野兽

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摘要

Fungi play a major role in the function and dynamics of terrestrial ecosystems, directly influencing the structure of plant, animal, and bacterial communities through interactions that span the mutualism-parasitism continuum. Only with the advent of deoxyribonucleic acid (DNA)-based molecular techniques, however, have researchers been able to look closely at the ecological forces that structure fungal communities. The recent explosion of molecular studies has greatly advanced our understanding of fungal diversity; niche partitioning, competition, spatial variability and functional traits. Because of fungi's unique biology; fungal ecology is a hybrid beast that straddles the macroscopic and microscopic worlds. while the dual nature of this field presents runny challenges, it also makes fungi excellent organisms for testing extant ecological theories and it provides opportunities for new and unanticipated research. Many questions remain unanswered, but continuing advances in molecular techniques and fold anti lab experimentation indicate drat fungal ecology has a bright future.
机译:真菌在陆地生态系统的功能和动态中起着重要作用,它通过跨共生-寄生连续体的相互作用直接影响植物,动物和细菌群落的结构。但是,只有在基于脱氧核糖核酸(DNA)的分子技术出现之后,研究人员才能够仔细研究构成真菌群落的生态力。分子研究的最新发展极大地增进了我们对真菌多样性的理解。生态位分配,竞争,空间变异性和功能性状。由于真菌的独特生物学特性;真菌生态学是一种杂种动物,横跨宏观和微观世界。尽管该领域的双重性质带来了严峻的挑战,但它也使真菌成为测试现有生态学理论的优秀生物,并为新的和出乎意料的研究提供了机会。许多问题仍未得到解答,但是分子技术的不断进步和抗折叠实验的不断发展表明,真菌真菌生态学的发展前景广阔。

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