In this paper we describe, under the conditions relevant for thermal remote sensing, a generic framework for comparing any upscaling approach that assumes self-preservation.
Previous work has compared upscaling approaches, but as yet there is no authoritative comparison that does so under conditions relevant for thermal remote sensing.
The spatial and temporal distributions of the various phases of water in the atmosphere are in fact very important factors to climate, weather, the biosphere, the homogeneous and inhomogeneous chemistry of the atmosphere, as well as to the propagation of electromagnetic waves used in transatmospheric (global) navigation and communication systems and for relevant remote sensing measurements.
Relevant examples are digits-based tests for remote testing (at-home self-screening) by telephone or Internet [ 28, 29], adaptive tests based on multiple-choice discrimination of logatomes [ 30, 31], and tests of suprathreshold acuity in noise such as the SUN (Speech Understanding in Noise) test [ 32– 32].
Take relevant medications and get shots if needed for remote areas.
We used the most relevant grey-level co-occurrence matrix (GLCM) textural attributes for remote sensing applications as described in the literature (Baraldi and Parmiggiani 1995; Solberg 1999; Lu 2005; Tuominen and Pekkarinen 2005; Kayitakire et al. 2006).
The availability of simple sampling and stabilized transport options is relevant for collection of clinical specimens at remote (rural) health centers [59].
20 22 The regular inclusion of oral health topics in continuing education/professional development, 23 and staff induction programmes may be particularly relevant for those working in rural and remote areas.
Deployment was associated with all four IPV outcomes, and the timing of deployment appeared to be a relevant factor: Remote deployment was an independent risk factor for all four IPV outcomes.
These two fundamental properties can be used for remote activation of some processes in the nanoparticles and/or their controlled guiding and spatial distribution in relevant media.
