For a writer who had spent his lifetime decrying the onward march of the Machine and rooting for the ideal of the small, self-sustaining community, an industrial development the size of the Hyperion sludge plant should have given him pause to reflect.
For many, this comes as a welcome development: the size of the banking industry has become a symbol of the much lamented "financialization" of the U.S. economy over the past thirty years, and of what the M.I.T. economist Simon Johnson has called a "quiet coup" by Wall Street.
According to research, with ongoing drought in the Californias, a development the size of Cabo Dorado would deplete the Santiago aquifer within thirty years, jeopardizing the future of the region.
In addition to particular cues being required for their development, the size of the Tfr cell population is also controlled at a cell-intrinsic molecular level.
During the capping phase of acrosome development, the size of the doughnut-like chromatin domain increases, and this area often is marked by uniform nucleosome loss and the first appearance of transition protein 2 and protamine 1.
For example, in Drosophila development, the size of the system, L, is the total length of the embryo, roughly 480 μm, while the characteristic length of the Bcd gradient is 120 μm.
For instance, a simulation study carried out in wheat that used parameters related to plant development, the size of N storage pools in the plant and traits related to root uptake efficiency for water from two contrasting environments showed that weather, N management, leaf N content and the phyllochron are the major determinants of N-use efficiency in wheat (Semenov et al. 2007).
Interestingly, LOCKs are dynamically regulated during development, and the size of LOCKs varies in different types of cells during tissue development and differentiation, suggesting that LOCKs might be regulated by not only histone methyltransferases but also demethylases.
Hence, it is likely that the sex difference is established early in development because the size of the neural progenitor pool determines brain size during fetal brain development [ 36].
Granted permission in 2010, the current scheme represents a volume of development twice the size of its predecessor.
