Sentences with phrase «upward trend cycle»

Not exact matches

The rate of homeownership appears to be on a sustainable upward trend after reaching a cycle low of 62.9 % in the second quarter of 2016.
After dropping to a cycle low of 62.9 % in the second quarter 2016, the national homeownership rate seems to be on a sustainable upward trend now.
The rate of homeownership is on an upward trend after dropping to a cycle low of 62.9 % in the second quarter 2016.
But even during this decade of underperformance, Japan has gone through cyclical fluctuations around that trend, and it is at least clear that they are in the upward phase of one of these cycles at the moment.
Once back at price stability, the trend can either hold in a state of low inflation or it can move upward or downward across another cycle.
«If you look at the AMO cycle, it's trending upward,» he says.
Dear Ksam, Almost all the debt funds are giving very nominal returns as there is no clear trend (upward / further downward) for interest rate cycle.
As I stated above the stock market has natural cycles of bullish (upward) trends and bearish (downwards) trends, but historically the stock market has increased over time.
There will always be downward trending market cycles and upward trending market cycles, but over time history has shown us that the overall trend for the U.S. stock market is updward.
And just as lower interest rates can boost earnings and drive the business cycle upward, higher rates can turn the business cycle lower and put the earnings trend in reverse.
Thanks to titles like Epic Games» Fortnite and Bluehole Studio's PlayerUnknown's Battlegroundsdominating news cycles, a major trend favoring battle royale titles seems to continue on an upward swing, and Treyarch may be able to dedicate a solid amount of time to put its own unique spin on the genre that outshines Zombies.
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»?
Narrowly scoped, the present situation is either strictly caused by solar variations (in which case I believe the «solar variation» crowd will inappropriately gain credibility over the next 10 to 20 years as we work through the next below average solar cycle or two), or strictly caused by CO2 concentrations (in which case I believe the «CO2 concentrations» crowd will inappropriately lose credibility as the non-linear relationship (sensitivity is based on doublings, not linear increases) between increased CO2 concentrations, and forecasts for below average solar cycles reduces the longer term upward trend in global temperatures).
If there is a natural mechanism that explains the current upward trend of global temperature, it has not been discovered (solar cycle is also at a low ebb for the last 50 years, for example).
However longer term surveys not only reveal the natural cycles but evidence a long term upward trend in chlorophyll and thus krill.
Don D.: we do mention that the 0.1 deg / century upward trend may be part of a long cycle.
Scientific term ##### Public meaning ##### Better choice enhance ######### improve ########## intensify, increase aerosol ########## spray can ######### tiny atmospheric particle positive trend ####### good trend ####### upward trend positive feedback ##### good response, praise ##### vicious cycle, self - reinforcing cycle
enhance improve, intensify increase aerosol spray can tiny atmospheric particle positive trend good trend upward trend positive feedback good response, praise vicious cycle, self - reinforcing cycle
Our analysis provides a first order validation of the ACRIM TSI composite approach and its 0.037 % / decade upward trend during solar cycles 21 — 22.
With a simple regression model based on the four cycles (about 9.1, 10, 20 and 60 year period) plus an upward trend, that can be geometrically captured by a quadratic fit of the temperature, in the paper I have proved that all GCMs adopted by the IPCC fail to geometrically reproduce the detected temperature cycles at both decadal and multidecadal scale.
In fact, it is not possible to directly solving the natural versus the anthropogenic component of the upward warming trend observed in the climate since 1850 (about 0.8 °C) by using the harmonic model calibrated on the same data because with 161 years of data at most a 60 - year cycle can be well detected, but not longer cycles.
http://www.sciencedirect.com/science/article/pii/S1364682609002089, is that this 1850 - 2010 upward warming trend can be part of a multi - secular / millenarian natural cycle, which was also responsible for the Roman warming period, the Dark Ages, the Medieval Warm Period and the Little Ica Age.
In the case of this 207 year cycle it does tell us that the cycle was at a low around 1900 and a high around 2000 and will be now be contributing a downward trend for the next century whereas it was upward for the last century.
In this case, a long - term trend still appears to exist but it is exaggerated by only trying to measure it in the upward part of the cycle (e.g. from 1978 - 1998).
These short - term cycles don't have long - term effects on the Earth's temperature, unlike the continuing upward trend caused by global warming from human greenhouse gas emissions.
The last upward trend in the interest rate cycle provided a vivid example: between June 2006 and June 2008 — just 24 months, interest rates rose from 10.5 % to 15.5 %, increasing bond repayments by around 30 %.
Pointing to an extended market cycle, commercial property price indices (CPPI) continued to either hold steady or trend upward at the end of 2016, the most recent period for which data is available...
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