eClips is a digital database of 10,000 clips and more than 40 podcasts, focused on entrepreneurship, business, and leadership. The material is based on hundreds of in-depth interviews as well as business presentations. eClips makes it possible for business people (including small business owners and entrepreneurs), educators, and students to find targeted and focused information, because it is organized by entrepreneur, company, demographics, topics, and keywords.
We use the tools of molecular biology to document the biodiversity of birds and other animals and to explain their behaviors, ecologies and evolutionary histories. Our research program integrates studies of evolutionary trees (phylogenetics), speciation, hybridization, animal behavior, ecology, disease ecology and conservation genetics.
Bioenergy is an important avenue for both meeting future energy demands and decreasing the potential for global warming. Bioenergy also has the potential to provide alternative or diversified business models to agricultural communities in an economic environment where food prices stall but energy prices steadily increase. Yet bioenergy has been met with reservation by environmentalists, as the highly extractive nature of maximizing bioenergy production necessitates maximizing biomass harvest.
The goal of this project is to lay grounds for transmission genetics in arbuscular mycorrhizal (AM) fungi (Glomeromycota). We use a cosmopolitan species Glomus etunicatum as a model. Our objectives are to investigate: (i) evolution of the ribosomal RNA genes, (ii) the reproductive mode, and (iii) the developmental patterns of spore formation. We discovered that (i) the polymorphism of rRNA genes in the G. etunicatum lineage is inconsistent with the concerted evolution model of rRNA, which is one of the paradigms of evolutionary biology, (ii) the population structure of G.