Sentence examples for transport errors from inspiring English sources

Therefore, estimates of CO2 sources and sinks are not well constrained by actual observations and are extremely sensitive to model transport errors (e.g., Gurney et al. [2002]).

Even as the normal realtime chatter resumes — Scoble at some Boulder startup event, someone asking how to import Twitter replies, Drudge headlines Twitter outage, Facebook "transport errors", Leo Laporte says no Windows Weekly because Paul is in Paris and can't get a decent connection — I still can't get past the reality that when Twitter farts, FriendFeed becomes a complete and total gasbag.

Common specimen handling errors include incorrect test tube labelling [ 2, 15, 20, 21], incorrect test request management, missing tubes, and transport errors [ 2, 8, 10, 14, 22].

Although "detectability" can have a variety of definitions, the notion as defined here focuses on the capacity to distinguish a pattern of interest (FFCO2 emissions from a given region) amidst distracting or background patterns (e.g., natural CO2 fluxes, atmospheric transport modeling errors, and aggregation errors) above a certain threshold, given a set of observations.

Likewise, the SD_ØFE case added only simulated transport model errors, with no biospheric fluxes, enabling an investigation into the effects of transport model errors on hindering detectability.

The qualitative similarity between the SD_BFE and RD_BFE cases (section 4.2) shows that the simplified representation of atmospheric transport model errors used here can nevertheless provide information about the overall impact of atmospheric transport-related errors on detectability.

It should be noted that the influence of the choice of the analytic phase function in photon transport introduces errors in the determination of optical parameters that are difficult to evaluate [12].

The SD_BFE case was ultimately used to investigate the combined effects of the biospheric CO2 signal and transport model errors on limiting detectability.

By comparing SD_ØFØ with SD_ØFE, simulated atmospheric transport model errors are introduced in the absence of biospheric fluxes and detectability is found to diminish throughout the year.

Because neither case includes simulated transport model errors, any loss in detectability from SD_ØFØ to SD_BFØ is due to the influence of biospheric fluxes.

The SD_ØFØ case represents an ideal case where only the FFCO2 fluxes (F) are present, with no biospheric fluxes or simulated atmospheric transport model errors.