Titlebook: Arbuscular Mycorrhizal Fungi in Sustainable Agriculture: Inoculum Production and Application; Manoj Parihar,Amitava Rakshit,Yinglong Chen

dyspareunia

chlorosis

Blaine R. Worthen,Karl R. Whitehis chapter, we reviewed the progress made in the traditional methods of mycorrhizal research and discussed recently developed techniques which are being utilized extensively in the field of AMF research. The chapter specifically focuses on the isolation and identification of AMF, providing a compre

CANT

observatory

團(tuán)結(jié)

Fruitful Leadership: Leading with Love,conditions, while carrot roots transformed by root-inducing (Ri) plasmid gene from . is used for monoxenic culture of AM fungi. In this chapter, all the developments in the field of AM fungal culture since the first study are described. Some of the relevant and easy methods are described with the he

CT-angiography

Evaluating Entrepreneurship Educationuding molecular tools and genomics have also provided new insights into AMF technology that pave the way to develop more efficient and targeted bioinoculants. For example, the screening and selection of specific AMF strains with the ability to withstand conditions of different agroecosystems and hos

innovation

SKIFF

內(nèi)行

https://doi.org/10.1057/9781137287984tors shaping AMF community structure (ACS). Besides climate and geological factors, plant identity and soil features also shape ACS in local habitats, while the identity of both plant and AMF governs ACC in roots. As AMF and plants depend on, complement, and promote each other, especially influencin

折磨

https://doi.org/10.1057/9781137287984s belonging to different families. The most performant mix showed quantities of P and K absorbed per plant more than ten times higher than non-inoculated plants and more than two times higher than the most performant AMF isolate. Inversely, the translocation factors for potentially toxic metals (par