In those studies, they concluded that the O 1s peak centered at 530.5 eV ascribed to Bi O bonds in Bi2O2CO3, while peaks at 284.8 and 288.7 eV were the characteristic peaks of adventitious carbon species and CO3 2− in Bi2O2CO3.
Lactobacillus casei, for example, has been isolated from raw and fermented dairy (especially cheese, where they often emerge as the dominant adventitious or "nonstarter" species during ripening [ 3]) and plant materials (e.g., wine, silage, pickles, and kimchi), as well as the oral cavity and gastrointestinal tracts of humans and animals [ 2].
Indeed, only three days after cutting, almost all nodes of each new fragment of this creeping species produce adventitious roots [ 47, 48] and pers.
In some species, the adventitious root primordia are formed de novo upon flooding and subsequently continue their development into roots, e.g. in sunflower and in young tomato plants (Wample and Reid 1978; Vidoz et al. 2010).
All seven Piper species climb via adventitious roots.
The seven Piper species climb via adventitious roots and form a cambial variant type with flattened stems or oblate in that the broad face of the flattened axis contacts branches of trees (Carlquist 2001).
The seven Piper species climb via adventitious roots, and in cross section, the stems were generally eccentric and oblate, although a transversely elliptic stem was found in P. kadsura (Choisy) Ohwi and P. sintenense Hatus.
Indeed, researchers have employed the adventitious roots of many plant species to obtain secondary metabolites [ 10– 13].
Likewise, Visser et al. (2000) reported increased porosity in adventitious roots of two monocotyledonous species (Carex sp. and Juncus sp).
Another outcome of the reflected flow mechanism - the predominance of lateral or adventitious roots in different plant species - may be based on the different efficiencies with which auxin inhibits its own transport in different species, thereby distinguishing two main types of plant root architecture: taproot vs. fibrous.
