Sentences with phrase «applied modelling methods»

A group of researchers publishing in the Lancet Infectious Diseases journal have applied modelling methods to examine the potential areas for future Zika virus outbreaks, based on air travel patterns from virus - affected areas and locations of the mosquito vector.

Convinced that the planet's minerology held the answer to this puzzling question, a team led by Dr Jon Wade, NERC Research Fellow in Oxford's Department of Earth Sciences, applied modelling methods used to understand the composition of Earth rocks to calculate how much water could be removed from the Martian surface through reactions with rock.

Not exact matches

It simply applies rational methods in taking and analyzing data, following certain rules to assure that data are as free from error as possible, and checking the logic of our models to make sure they are self - consistent.

Now, if the natural science model is to be followed without hesitation, then the importance of the Heisenberg principle should be applied to the historical - critical method as well.

Griffin & Sherburne, New York: The Free Press, 1978, 5) Natural science uses this method applying paradigms or models derived from some special discipline to interpret larger vistas of data.

We'll be there in the guise of Book & Claim to talk about the progress of the certificate trading model under the GreenPalm brand, and tell businesses how they can apply the same methods to buying other sustainable commodities.

«Most neurodegenerative disorders worsen over time, so this method of modeling potentially could be applied in other conditions.

The results are based on a number of independent climate archives, as well as instrumental records, and hold up whilst applying a wide range of correction methods, which leads Laepple to believe that the problem lies more with the models.

Applying a new method that is used mainly in stem - cell research and regenerative medicine, researchers from the Technical University of Munich have now devised a robust intestinal model for molecular research into incretin release in a test tube (in vitro).

«Economics is very complicated, so economists try to simplify where possible — otherwise you would never be able to take a model or method from one location and apply it to another,» Haacker said.

In the future, the IU scientists aim to apply the methods developed for this study to predict success in careers beyond modeling.

Elliot Landaw uses differential equations to model transport across the blood - brain barrier and applies methods of adaptive control to chemotherapy for cancer.

To calculate which model best describes the structure of the Milky Way; the students then applied the Markov Chain Monte Carlo method.

The study, released yesterday by Lawrence Berkeley National Laboratory, assessed nearly 7,500 single - family houses and applied statistical methods and 10 different pricing models to draw its conclusions.

Although the team piloted the model by visualizing the changing patterns in the ways that genes work together, the hope is that the method could be applied to social networks, dynamic diffusion networks in physics and other relational situations.

How can we apply other methods to see how good our model fit is?

Geoscientists still need to improve current volcanic models before they can be widely applied to real - life volcanoes, but Bato and her colleagues are already beginning to test their methods on the Grímsvötn Volcano in Iceland and the Okmok Volcano in Alaska.

Bato and her collaborators are among the first to test whether data assimilation, a method used to incorporate new measurements with a dynamical model, can also be applied in volcano studies to make sense of such satellite data.

Dubbed model - organism ENCODE (modENCODE), this new focus will apply innovative methods and technologies for the study of gene regulation to the smaller, and therefore more manageable, genomes of the fruit fly (Drosophila melanogaster) and the round worm (Caenorhabditis elegans).

A 2007 study by Rzhetsky and colleagues that applied statistical modeling methods to patient records alone found a significant overlap between autism, schizophrenia, and bipolar disorder that implied a genetic relationship.

Applying this method to one recently discovered dwarf galaxy called Eridanus II, the scientists found a lot less dark matter in the center than many other models would have shown.

The method goes beyond what previous mathematical models were capable of by applying evolutionary information and using cell - based data.

Some institutes are already applying new organizational methods by combining the expertise and interests of faculty members and experienced staff scientists (also known as research scientists).1 This model allows staff scientists to lead ambitious projects while also working collaboratively with PIs, advancing complex projects that could not be accomplished otherwise.

When studies have a cross-disciplinary nature, such as modeling, novel methods, or theory applied to a biophysical research problem, authors are encouraged to suggest potential referees with the requisite expertise to assess both the technical / theoretical merits and the significance of potential applications of the work.

When you apply a statistical method to a complex model, you'd want to first check that the method gives sensible results on simple models.

Wigley et al. (2005b) demonstrate that the analysis method of Douglass and Knox (2005) severely underestimates (by a factor of three) climate sensitivity if applied to a model with known sensitivity.

The Animal and Human Imaging Shared Resource enables Cancer Center investigators to execute high throughput, quantitative and noninvasive in vivo imaging studies on animal models, apply and validate MRI, optical, CT, PET, SPECT and ultrasound methods for noninvasive detection and characterization in small animals and incorporate emerging and clinical relevant quantitative MRI and PET protocols into Phase I, II and III clinical trials in a centralized, cost effective manner.

With VERA as its vehicle, CASL develops and applies models, methods, data, and understanding while addressing areas of performance for nuclear power plants.

We understand that educational technology courses may teach computer skills — but technology applications really can and should also be introduced and reinforced in methods courses — modeled in and applied to specific pedagogical constructs within the content areas.

«Still, the district's evaluation methods would need approval of the state commissioner, and if not approved, a state evaluation model could be applied to a district.

You will learn how to easily apply the 4MAT 8 - step instructional design training model, one of the most respected instructional design methods in the country, and use powerful time - saving steps to cut through the clutter and produce better learning results.

ASEAN NCAP have not physically crash tested another unit of the car, but have applied their testing methods on the Vento, which is now equipped with ESC (Electronic Stability Control) and Hill - Hold when combined with the 1.2 - liter TSI petrol engine, just like the Indian market model.

See my hub on rooting the Apex TM772 to learn how to do that as that method applies to most Android tablets and smartphones, even the RCA RCT6077w2 tablets and similar models.

You should apply this method only if you own the Samsung Galaxy S2 model number GT I9100 and not for similar handsets as you can end up in bricking your Android based devices.

First, I applied the method to a business model which is suited to that method (easy to understand, moated businesses, with a dominant market position and strong long - term growth prospects derived from both business volume growth as well as realisation growth).

It would be foolish to apply this method to every business model.

When this method is applied on a share - by - share basis of a dividend stock, then it's called either the Dividend Discount Model or Method (generally), or the Gordon Growth Model (under expectations of a perpetual static growth method is applied on a share - by - share basis of a dividend stock, then it's called either the Dividend Discount Model or Method (generally), or the Gordon Growth Model (under expectations of a perpetual static growth Method (generally), or the Gordon Growth Model (under expectations of a perpetual static growth rate).

We also discuss the challenges and opportunities in applying so - called objective methods in climate model tuning.

In some cases, reviewers and / or editors supportive of mainstream views totally block important papers from being published; McKitrick, McIntyre and Herman had to completely rewrite their recent paper — showing that high tropical tropospheric temperature trends for the last three decades produced by climate models are inconsistent with observations — as a study of applying statistical methods developed in econometrics, and submit it to a journal with a more open - minded editor, in order to get it published at all.

The raw MIT model, observational and AOGCM control run data was processed to match the specifications of the three diagnostics before the statistical inference methods were applied.

In this approach based on detection and attribution methods, which is compared with other approaches for producing probabilistic projections in Section 10.5.4.5, different scaling factors are applied to the greenhouse gases and to the response to other anthropogenic forcings (notably aerosols); these separate scaling factors are used to account for possible errors in the models and aerosol forcing.

Empirical SD methods use cross-scale relationships that have been derived from observed data, and apply these to climate model data.

Here we apply such a method using near surface air temperature observations over the 1851 — 2010 period, historical simulations of the response to changing greenhouse gases, aerosols and natural forcings, and simulations of future climate change under the Representative Concentration Pathways from the second generation Canadian Earth System Model (CanESM2).

IMHO, applying stochastic methods on some specific grid points in the climate models that might have something «unusual», such as a random forest fire, forest clearance, crop failure, or a vast algal bloom, or overfishing going on, might be reasonable, but deteremining the boundary conditions for these to happen is another matter.

This paper is a presentation of some of those methods, and how they might be applied to uncertainty management supporting code verification and model validation for glacier dynamics.

We reconstruct, by applying our model, the modulation potential since 1616, a parameter that describes the mean energy loss of GCR particles within the heliosphere due to solar modulation, and using that, we model the global production of radionuclides 14C and 10Be, adopting the method described in Kovaltsov et al. (2012) and Kovaltsov & Usoskin (2010), respectively.

The authors apply this method to about 50 different national and international models that were developed over the past two decades at major climate research centers in China, Russia, Australia, Canada, France, Korea, Great Britain, Germany, and the United States.

We applied the same method used in the observational analysis on general circulation model data to decrease the statistical uncertainty at the expense of an increased systematic uncertainty.

We develop and apply models and analytic methods to assess and manage interactions between the environment and society, especially interactions related to climate change impacts, mitigation, and adaptation.

The methods of Black Box Model Identification applied to an energy balance model provide directly the so called «equilibrium sensitivities» with respect to three inputs: CO2; solar and volcanic activities; this is shown by Prof. de Larminat in his book «Climate Change: Identifications and projections «[77] where Identification techniques well known in industrial processes, are applied to 16 combinations of historical reconstructions of temperatures (Moberg, Loehle, Ljungqvist, Jones & Mann) and of solar activity proxies (Usoskin - Lean, Usoskin - timv, Be10 - Lean, Be10 - timv) for the last millennium, with some series going back to yearModel Identification applied to an energy balance model provide directly the so called «equilibrium sensitivities» with respect to three inputs: CO2; solar and volcanic activities; this is shown by Prof. de Larminat in his book «Climate Change: Identifications and projections «[77] where Identification techniques well known in industrial processes, are applied to 16 combinations of historical reconstructions of temperatures (Moberg, Loehle, Ljungqvist, Jones & Mann) and of solar activity proxies (Usoskin - Lean, Usoskin - timv, Be10 - Lean, Be10 - timv) for the last millennium, with some series going back to yearmodel provide directly the so called «equilibrium sensitivities» with respect to three inputs: CO2; solar and volcanic activities; this is shown by Prof. de Larminat in his book «Climate Change: Identifications and projections «[77] where Identification techniques well known in industrial processes, are applied to 16 combinations of historical reconstructions of temperatures (Moberg, Loehle, Ljungqvist, Jones & Mann) and of solar activity proxies (Usoskin - Lean, Usoskin - timv, Be10 - Lean, Be10 - timv) for the last millennium, with some series going back to year 843.