Upon introduction to non-native ranges, an exotic species may gain advantage of escaping virulent pathogens present in its native range (Reinhart et al. 2010).
This could be one of the causes why few exotics (≈10%% of the total ≈10%% successful introductions to non-native ranges) reproduce and could become invasive.
We caught up with SKY H1 via email to learn more about the mix, as well as her net-native introduction to the electronic music world, upcoming projects, and relationship with the Brussels scene.
The importance and potentially devastating impact of tree diseases was recognized early in the 20th century with severe epidemics associated with the introduction of new pathogens to native forest ecosystems.
Since the introduction of synthetic regulation to native genomic loci has been an outstanding challenge in synthetic biology, we sought to further explore our sublibrary that generated T7 promoter insertions in the untranslated regions (UTR) upstream of each of 2585 operons in the E. coli genome.
We argue that, in addition, many of these species may have adapted to anthropogenic modifications in the native range prior to introduction to a novel range.
However, evolution within the native range, prior to introduction to a remote and novel range, can also promote biological invasions (Di Castri 1989; Lee and Gelembiuk 2008).
Introductions to locations outside their native range in the United States (U.S ., Southern Europe, Australia, New Zealand and South America have damaged native fish species.
After 24 h of cultivation, a 3.7-fold increase in NADPH/NADP+ ratio was observed relative to the base strain, and a 2.2-fold increase relative to introduction of the native E. coli PDH.
Restoration options to reduce exotic plants in the South Korean sand dune areas were found to be the introduction of native plant species from one sand dune into other sand dune areas, prohibition of building and the introduction of exotic soils, and conservation of surrounding sand dune areas.
