Sentences with phrase «significant larger trend»

Not exact matches

We expect this trend to continue as large technology companies accumulate significant pools of cash that they can use to satisfy their appetite for growth and innovation through M&A activity.

What makes this trend significant is the fact that large companies are also joining the game.

In addition to the continued drill testing of the main Umwelt and Llama gold structures, drilling will test targets located within significant gold trends where geologic modeling and past work indicates the potential for large scale growth.

«The recent completion of Non-GMO Project Verification at our Danville, Ill., facility, the world's largest corn dry mill, means we can now offer a diversified Non-GMO Project Verified platform at significant scale to help brands of all sizes grow with the non-GMO trend.»

The positive trend of the past continues: Consumer demand increases, reflected in the significant market growth of 11.5 % in the US, the world's largest organic market.

(Bonn / Frick / Nürnberg 10 February 2015) The positive trend of the past continues: Consumer demand increases, reflected in the significant market growth of 11.5 % in the US, the world's largest organic market.

The trend of organic baby clothes is part of a larger trend towards organic clothing, as more people become aware of the significant effects that the textile industry has on our environment.

While no significant trends have been found in either the annual number of reliably reported tornadoes or of outbreaks, recent studies indicate increased variability in large normalized economic and insured losses from U.S. thunderstorms, increases in the annual number of days on which many tornadoes occur, and increases in the annual mean and variance of the number of tornadoes per outbreak.

«If we stratify the rate of tropical widening in the coupled models by their respective PDO evolution,» Allen added, «we find a statistically significant relationship: coupled models that simulate a larger PDO trend have larger tropical widening, and vice versa.

This work is significant in that it bucks a trend in the field toward building larger DNA origami devices without necessarily pushing the limits of precision.

The largest decrease in the percentage getting seven hours of sleep per night was 15 - year - olds, a particularly concerning trend for a significant portion of U.S. students at this important juncture in development.

As in prior studies among older adults, we found that obesity was associated with a decreased risk of dementia, consistent with the hypothesis that, while obesity in mid-life may increase risk for later - life cognitive decline and dementia, obesity at older ages may be associated with cognitive and other health advantages.25 - 27 The trend toward a declining risk for dementia in the face of a large increase in the prevalence of diabetes suggests that improvements in treatments between 2000 and 2012 may have decreased dementia risk, along with the documented declines in the incidence of common diabetes - related complications, such as heart attack, stroke, and amputations.11 Our finding of a significant decline between 2000 and 2012 of the heart disease - related OR for dementia would also be consistent with improved cardiovascular treatments leading to a decline in dementia risk.

Thus, our results showing no differences in D2 / D3 receptor availability (except for a trend in ventral striatum), using a larger sample (24 marijuana abusers) than that used for studies that identified reductions in striatal D2 / D3 receptors in alcoholics and cocaine abusers, indicate that marijuana abusers, different from other drug abusers, do not show significant striatal D2 / D3 receptor reductions.

For Japan, the results are again mixed with similar proportions of sites showing significant positive and negative trends for SOMO35 and AVGMDA8, but more significant negative trends for 3MMDA1 (~ 30 %), in addition to a large fraction of sites showing weak or no indication of change for both site types.

For instance, given the large size of the network and significant enrollment trends, what role did the authorizer play in tracking issues related to equity or holding the network accountable leading up to the OCR complaint?

The report also predicts that Samsung might kick off the trend of such large tablets, given its global brand recognition and significant marketing resources.

Next, there is no obvious / significant support that you can see until about 1.1900, so you decide to aim for a larger profit on this trade and see if the trend won't run in your favor a bit.

A major trend can last weeks, months or even years, and can offer significant profit potential for traders who are able to catch a large portion of the move.

Days where there is no no significant news gives us a feel for how the large players are adjusting their exposure; the same is true of looking at the trend over 6 - 12 months, where the effect of short - term news gets washed out.

If recent trends continue, it would not be surprising to find the stocks of several larger capitalization stocks with significant long - term franchises meet value criteria and hence become eligible for potential addition to the Fund.

The publication also explores the significant network of friendships and collaborations made across racial lines, while underscoring the influence that African American artists had on the era's larger movements and trends.

It's been argued a significant trend is expected under a warming climate, but the signal - to - noise ratio is still too low in most places in Antarctica, even where the warming trend (e.g. WAIS) is quite large.

I mean since there is no clear trend (upward or downward) in cosmic ray flux over the period we've been able to measure them directly; and since we do not see a significant difference in climate over the 11 year solar cycle between Solar Max and Solar Min (and this modulation is much larger than the one Svensmark is talking about); and since it is not clear how important the ionization from GCR is in cloud formation; and since the anthropogenic ghg mechanism does just fine reproducing the data, exactly how do you foresee implementing this «effect»?

4:38 p.m. Updated I read Mark Fischetti's piece on global warming and hurricanes in Scientific American just now, which points to a recent PNAS study finding «a statistically significant trend in the frequency of large surge events» from tropical cyclones in the Atlantic.

I suspect MARodger has hit the nail on the head, if you don't detrend two series with trends you'll get large correlations that aren't really as significant as statisitics based on a staionary series will suggest.

The largest cyclones are most affected by warmer conditions and we detect a statistically significant trend in the frequency of large surge events (roughly corresponding to tropical storm size) since 1923.

The correlations will be large, highly significant, but spurious, because CO2 and temperature are trending variables (that is, they have unit roots).

Well, it confirms the large trend in the North Atlantic (seen in Emanuel, 2005), but doesn't show significant trends in the other basins (from 1983).

iheartheidicullen @ 162: Sorry if my tone was intemperate, but really the SH and NH sea ice trends have been analysed at length online by Tamino and others, over the last year or two, with the clear conclusion that the SH anomaly trend is small (the anomaly at the maximum last year was about 1.5 % of the mean annual maximum, if I remember correctly) and not statistically significant (at the 95 % level, I think), whereas the NH trend is large (tens of percent), long - lived, and statistically very significant indeed.

Persistent rising trends require that we have some reservoir that can release the required CO2 and that can do it at a speed that is large enough to be be significant compared to the observed increase.

Interestingly, the paper «Climate Trends and Global food production since 1980» (Lobell, Schlenker, Costa - Roberts, in Sciencexpress, 5 May, Science 1204531) confirms my finding of the absence of climate change in the USA: «A notable exception to the [global] warming pattern is the United States, which produces c. 40 % of global maize and soybean and experienced a slight cooling over the period... the country with largest overall share of crop production (United States) showed no [adverse] effect due to the lack of significant climate trends».

«In the tropical upper troposphere, where the predicted amplification of surface trends is largest, there is no significant discrepancy between trends from RICH — RAOBCORE version 1.4 and the range of temperature trends from climate models.

For longer time periods appropriate to the assessment of trends, however, global temperatures have experienced significant warming for all seasons except winter, when cooling trends exist instead across large stretches of eastern North America and northern Eurasia.

To be statistically significant or «real», per the Skeptical Science experts, the trend (purple) has to be larger than the uncertainty (green).

Trends in the peak magnitude, frequency, duration and volume of frequent floods (floods occurring at an average of two events per year relative to a base period) across the United States show large changes; however, few trends are found to be statistically significant.

Although the tendency to isolate large, significant results in abstracts has been noted elsewhere (Fanelli 2012), here we provide the first empirical evidence of such a trend across a large sample of literature.

You shouldn't ignore this quote: «Over the interval 1979 to 2009, model - projected temperature trends are two to four times larger than observed trends in both the lower and mid-troposphere and the differences are statistically significant at the 99 % level.»

«None of the [most recent] 10 - year trends is «statistically significant» but that's only because the uncertainties are so large — 10 years isn't long enough to determine the warming trend with sufficient precision.

Climate trends were large enough in some countries to offset a significant portion of the increases in average yields that arose from technology, CO2 fertilization, and other factors.

Compelling arguments both for and against significant increases in the land area affected by drought and / or dryness since the mid — 20th century have resulted in a low confidence assessment of observed and attributable large - scale trends.

The composite record show large sea ice variations around a small negative trend since 1900, although the trend from a statistical point of view is not significant (Polyakov et al. 2003).

However, the Monaghan et al. reconstruction updated for years 1998 — 2007 using a new record for Byrd station (80 ° S, 120 ° W) exhibits larger and statistically significant temperature trends for West Antarctica (Bromwich et al. 2008).

My point at that time was that the number of CRN 1 and CRN 2 stations was very small and that given the noisy data for temperature trends amongst even closer spaced stations meant that in order to see a statistically significant difference due to CRN rating would require a very large difference in trends or a larger number of stations in those classifications.

All four of the datasets indicate that the spring and annual warming rates are slightly larger for the WA than the WAIS domain, while the winter warming trend is not statistically significant in the WA domain.

Trends for 1979 - present (Table 3) for the WAIS and WA domains show a marked seasonal contrast, with the largest amplitude in spring, the only season when trends are statistically significant.

There are more pronounced contrasts since 1979: autumn and, to a lesser extent, summer have predominantly negative trends in East Antarctica, while spring has large, statistically significant warming trends in West Antarctica.

Large and statistically significant winter warming trends in the Peninsula, and insignificant but positive winter trends in West Antarctica were reported by O'Donnell et al. (2010) for 1958 — 2006.

You apparently do not know that the range of uncertainty on a trend based on only a few points of noisy data is generally large and typically not significant, and that by including more data points you can reduce the range of uncertainty.

Therefore, we suggest that a significant portion of the wintertime temperature trend is driven by dynamical interactions between October Eurasian snow cover, which has increased over the last two decades, and the large - scale NH extratropical circulation in the late autumn and winter.

Examination of records of fast ice thickness (1936 — 2000) and ice extent (1900 — 2000) in the Kara, Laptev, East Siberian, and Chukchi Seas provide evidence that long - term ice thickness and extent trends are small and generally not statistically significant, while trends for shorter records are not indicative of the long - term tendencies due to large - amplitude low - frequency variability.