Sentences with phrase «temporal resolution of»

This interactive table presents current and future remote sensing techniques and the available and desirable spatial and temporal resolution of the relevant remote sensing products.

The set - up of the numerical experiments suggests that the temporal resolution of the atmospheric forcing field is responsible for the significant increase in vertical velocities, in agreement with previous studies (Danioux et al., 2008; Komori et al., 2008).

Even the best proxy records contain far fewer observations than the worst periods of the observational record, and the spatial and temporal resolution of the resulting reconstructions is correspondingly coarse.

The GPS (single - frequency) units need to be serviced only once in a year and deliver an ice velocity record with a temporal resolution of 1 day or better.»

However, considering the temporal resolution of our data set and the small number of records that cover this interval (Figure 1G), this difference is probably not robust.»

The averaging has a strong effect on the spatial and temporal resolution of the model.

It is well possible that the amplitudes of tilt are damped by the limited temporal resolution of the models.

However, considering the temporal resolution of our data set and the small number of records that cover this interval (Fig. 1G), this difference is probably not robust.

The important considerations for the baseline include the time period adopted as well as the spatial and temporal resolution of the baseline data.

It's unlikely that the temporal resolution of climate models will need to improve much beyond where it is today.

Furthermore, sampling theory suggests that Wood is also wrong with respect to the temporal resolution of climate models.

Heat storage, solar heat gains, internal head loads, ventilation processes etc. can be analysed with a temporal resolution of one hour or less.

Proxy - to - proxy calibration: increasing the temporal resolution of quantitative climate reconstructions., Nature Scientific Reports, 2, 609; doi: 10.1038 / srep00609.

A: Our study did not directly address this question because the paleotemperature records used in our study have a temporal resolution of ~ 120 years on average, which precludes us from examining variations in rates of change occurring within a century.

The table presents current and future remote sensing techniques and the available and desirable spatial and temporal resolution of the relevant remote sensing products.

Several recent method developments improve the spatial and / or temporal resolution of CH4 ebullition measurements in lakes and reservoirs.

The big problem with this particular hockey stick appears to be the temporal resolution of the proxies — which is about 120 years average for the historic temps, but is only 1 year for the 20th century data they have tagged on the end.

The point ‐ wise information will correspond to the locations and temporal resolution of all available proxy records from paleo sea level studies (Kopp et al. 2016) and random noise will be added to each mimicking the limitations of actual proxy records.

When pressed on their findings, the authors of the Marcott study admitted that «the paleotemperature records used in our study have a temporal resolution of about 120 years on average.»

The differences are (1) that you can not afford spatio - temporal resolution of weather models to simulate thousand years forward, and (2) in weather model you don't care if your prediction will blow up in 100 years yielding Venus condition or Ice Ball, you just stop the computer after a week of simulated time, and start over.

The spatial and temporal resolution of reanalysis data may be heterogeneous.

I would really appreciate if somebody can provide information about a reanalysis product that has temporal resolution of 3 hours and spatial resolution about 100 km or better.

The temporal resolution of the daily products is usually 3 - hourly.

A listing of the spatial and temporal resolution of the atmospheric reanalysis datasets is given at https://reanalyses.org/atmosphere/comparison-table see the Model Output Resolution column and Publicly Available Dataset Resolution column.

Our study did not directly address this question because the paleotemperature records used in our study have a temporal resolution of ~ 120 years on average, which precludes us from examining variations in rates of change occurring within a century.

Watch the video with Dr. Kirk McManus, Associate Professor, University of Manitoba, and Senior Scientist, CancerCare Manitoba, to learn how temporal resolution of 3D tumor spheroids in colorectal cancer is obtained using the Cytation microplate reader by BioTek.

We use the Haplobank in reverse genetic screens to investigate the temporal resolution of essential genes in mES cells, and to identify novel genes that control sprouting angiogenesis and lineage specification of blood vessels.

«The size and nature of the calculations we had to do probably were not feasible until maybe four or five years ago, and the spatial and temporal resolution of scanning tunneling microscopy was not there,» Mavrikakis says.

«The technique excels at high spatial and temporal resolution of speech — it's both very detailed and very fast.

«Mammalian fertilization, caught on tape: Using a new microfluidic device called the «IVF chip,» scientists obtain the first images with both high spatial and temporal resolution of the initial steps of fertilization.»

The high spatial and temporal resolution of the SWITCH model permits an assessment of the energy generation, resource demands, and greenhouse gas emissions that come with different mixes of energy generation and distribution choices» says Daniel Kammen.

IRIS can resolve solar features only 150 miles in size, has a temporal resolution of a few seconds, and has a spectral resolution capable of measuring plasma flows of a few miles per second.

We generated knockout mice lacking synaptobrevin / VAMP 2, the vesicular SNARE protein responsible for synaptic vesicle fusion in forebrain synapses, to make use of the exquisite temporal resolution of electrophysiology in measuring fusion.

Not exact matches

At this point I would like to draw attention to Hartshorne's resolution of one serious problem in metaphysics itself, the problem of temporal relations.

The field of live - cell imaging has expanded greatly in recent years, but still faces many challenges, such as how to improve spatial and temporal resolution as well as how to keep cells healthy for extended periods of time.

Imaging with single electrons can track structural dynamics of gold and graphite in real space with femtosecond temporal resolution and angstrom spatial resolution.

The ability to capture selected - area - image dynamics with pixel resolution and to control the time separation between pulses for temporal cooling of the specimen made possible studies of fleeting structures and morphologies.

Ultrafast electron crystallography with the use of a tilted optical geometry technique afforded the necessary atomic - scale spatial and temporal resolutions.

In this Perspective, Wolf and Ertl discuss results by Kliewer et al. (page 1399) and Petek et al. (page 1402), which illustrate the fundamental insights into the microscopic characteristics of electron dynamics at surfaces that can be obtained by state - of - the - art high spatial and temporal resolution studies.

The high spatial, temporal, and spectral resolution of IRIS was crucial to the discovery.

A team of researchers at Columbia Engineering has used miniaturized electronics to measure the activity of individual ion - channel proteins with temporal resolution as fine as one microsecond, producing the fastest recordings of single ion channels ever performed.

However, given the superior temporal resolution, within milliseconds, magnetoencephalography (MEG) is able to provide more complete picture of the fast brain processes.

«Applying these analysis concepts to multichannel long - term EEG recordings from 17 epilepsy patients with high temporal resolution allowed us to derive a sequence of functional brain networks spanning several days in duration,» said Christian Geier, a doctoral student working with Lehnertz.

The high temporal resolution tracks the evolution of structures in great detail and correlates formation histories to the environments in which the structures form.

«As such, they offer unparalleled spatial and temporal resolution over other imaging technologies to help us achieve a better understanding of complex and uniquely human brain functions, such as language,» adds Thesen, an assistant professor at NYU Langone.

«Young students of cognitive neuroscience are lucky to be in the midst of a new era where we have access to amazing new tools of science for eavesdropping on the population of cells with a superb temporal resolution,» Parvizi says.

Through analysis of high - resolution anatomical magnetic resonance imaging of brain volumes, taken three times over the two - year study period, the researchers were able to determine that individuals with MCI or Alzheimer's showed greater losses in gray matter volume in both the basal forebrain and temporal lobe, compared with cognitively normal controls.

They have managed to capture the behaviour of extremely short laser pulses during focusing by means of very high spatial and temporal resolution.

After data processing, the echoes returned by the structures crossed by these waves can provide images with unequalled spatial and temporal resolution: 80 micrometers and a few tens of milliseconds.

In particular, electron pulse technology still has a long way to go to achieve the temporal resolution required to capture the motions of electrons inside a material.