In particular, we introduce an extension of ray-representation to shape interior modeling, and prove this parametrization covers the optimal interior regarding static and rotational stability criteria.
This recent paper covers the optimal genes to include in genomics-based screening programs, the complexity of identifying a point in time at which to begin screening, who should perform the screening, where the programs should be administered, along with ethical and economic considerations.
Following this, it covers the optimization or optimal control of discrete-time systems.
We characterize the minimum forest cover along optimal paths (when deforestation is not optimal).
The brain was carefully collected and fixed in paraformaldehyde solution for 24 h followed by 30% sucrose solution for 1 week then covered with optimal cooling temperature (OCT) compound for cryostat sectioning (Ted Pella Inc., Redding, CA, USA) and stored at −80°C until histology was performed.
Then, the specimens were covered in Optimal Cutting Temperature compound (OCT, Tissue-Tek) and frozen at −80°C for at least one hour and kept frozen thereafter.
In other words, humid habitats with ample cover provide optimal conditions to initiate dispersal in this species.
For histological studies, heart samples were covered with optimal cutting temperature bedding compound (VWR Chemicals, Leuven, Belgium) and snap-frozen in liquid nitrogen before storing at −80°C.
Multi-seasonal analyses using optical sensors with a medium spatial resolution from 10 to 60 m (e.g. Landsat) have been used for this task, but data availability can be scarce due to cloud cover, sub-optimal acquisition schedules and data archive access restrictions.
