Sentences with phrase «periods of her year deep»

A few days after we broke up, I met a girl who spent long periods of her year deep in the Indonesian jungle.

Not exact matches

[01:10] Introduction [02:45] James welcomes Tony to the podcast [03:35] Tony's leap year birthday [04:15] Unshakeable delivers the specific facts you need to know [04:45] What James learned from Unshakeable [05:25] Most people panic when the stock market drops [05:45] Getting rid of your fear of investing [06:15] Last January was the worst opening, but it was a correction [06:45] You are losing money when you sell on corrections [06:55] Bear markets come every 5 years on average [07:10] The greatest opportunity for a millennial [07:40] Waiting for corrections to invest [08:05] Warren Buffet's advice for investors [08:55] If you miss the top 10 trading days a year... [09:25] Three different investor scenarios over a 20 year period [10:40] The best trading days come after the worst [11:45] Investing in the current world [12:05] What Clinton and Bush think of the current situation [12:45] The office is far bigger than the occupant [13:35] Information helps reduce fear [14:25] James's story of the billionaire upset over another's wealth [14:45] What money really is [15:05] The story of Adolphe Merkle [16:05] The story of Chuck Feeney [16:55] The importance of the right mindset [17:15] What fuels Tony [19:15] Find something you care about more than yourself [20:25] Make your mission to surround yourself with the right people [21:25] Suffering made Tony hungry for more [23:25] By feeding his mind, Tony found strength [24:15] Great ideas don't interrupt you, you have to pursue them [25:05] Never - ending hunger is what matters [25:25] Richard Branson is the epitome of hunger and drive [25:40] Hunger is the common denominator [26:30] What you can do starting right now [26:55] Success leaves clues [28:10] What it means to take massive action [28:30] Taking action commits you to following through [29:40] If you do nothing you'll learn nothing [30:20] There must be an emotional purpose behind what you're doing [30:40] How does Tony ignite creativity in his own life [32:00] «How is not as important as «why» [32:40] What and why unleash the psyche [33:25] Breaking the habit of focusing on «how» [35:50] Deep Practice [35:10] Your desired outcome will determine your action [36:00] The difference between «what» and «why» [37:00] Learning how to chunk and group [37:40] Don't mistake movement for achievement [38:30] Tony doesn't negotiate with his mind [39:30] Change your thoughts and change your biochemistry [40:00] The bad habit of being stressed [40:40] Beautiful and suffering states [41:50] The most important decision is to live in a beautiful state no matter what [42:40] Consciously decide to take yourself out of suffering [43:40] Focus on appreciation, joy and love [44:30] Step out of suffering and find the solution [45:00] Dealing with mercury poisoning [45:40] Tony's process for stepping out of suffering [46:10] Stop identifying with thoughts — they aren't yours [47:40] Trade your expectations for appreciation [50:00] The key to life — gratitude [51:40] What is freedom for you?

Back in the days of the Bible» writing (over a period of 1400 years dating from 100 AD and before), folks did not disbelieve in a Creator, but they often went off into the deep end as to what form the Creator took.

We could either get into a loop of swapping managers and not getting at the deeper issues or we can focus on those issues for say 2 years and within that time period get someone in who knows the sport inside and out, someone who will be able to find the right manager for us and get that manager in.

which is certainly not a slight on the young french national player; like him or not, Sanchez has provided some real world - class performances for club and country in recent years... if you do this move, you need to really clean house or face some serious consequences for the foreseeable future... half measures are rarely rewarded, that's how we got here... tear down the wall... we need to get rid of Giroud, not because he isn't a talented player, his skill - set simply doesn't make sense if we hope to maximize the offensive potential of a quick passing, one - touch scheme... we need to evolve, like Barcelona, who realized you needed to have clinical finishers or face a mind - numbing future of horizontal passes and largely ineffective crosses... Barca went and got Suarez, even though they had Messi and Neymar on the roster (just imagine the possibilities — another in the litany of Wenger «what ifs»)... we need to be as clinical in the boardroom as on the pitch... accept nothing less or move on... personally I would move on from Welbeck, Giroud and Walcott, even Ox if he isn't all in... I think the most intriguing player might be Perez, which runs counter to the thoughts in my head when he arrived late last summer... we need a deep lying DM with quick feet and long ball potential, midfielders who can counter quickly even when they are spread out and 4 or 5 players who know how to attack the lanes (kind of a cross between Barca, Dortmund and Monaco)... this is seriously an achievable goal, one that logically should have been achieved quite a few years ago... did no one in the Arsenal organization see the financial restructuring of the football universe... think of the players we could have had but we weren't willing to cough up the dough only for those individuals to have their value double or triple within a 12 to 24 month period... even if just from an investment perspective these «no deals» represent a failure of monumental proportions... only if you cared, of course

Entering the 3rd period it was 4 - 3 Bayer... Holzman's group, many of which have been playing together for years, know this is their best chance at a Crown and dug down deep..

Over long periods of time (think millions of years), the crust is subducted deep into the mantle.

The site is located deep within an underground cave system and contains the skeletal remains of at least 28 individuals that date to around 430,000 years ago, during the Middle Pleistocene time period.

These samples augment other marine records such as coral and seashells, which provide detailed records over a short time period, and deep - ocean sediments, which preserve thousands of years of history but are harder to date precisely.

Biology, magnetism and the chemistry of isotopes are the markers geologists typically use to tell the tale of changeovers in deep time, whether the Ordovician period or the Anthropocene epoch (the latter just a small slice of the Quaternary period that began more than 2.5 million years ago and has its own golden spike in Sicily).

During the 200 million years of the Cryogenian period, the Earth was plunged into some of the deepest cold it has ever experienced — and the emergence of complex life may have caused it.

Earlier this year an analysis of mitochondrial DNA conducted by researchers in the United States, Japan, and Taiwan estimated that the first anglerfish appeared about 160 million years ago, during the Jurassic Period, and quickly diversified as they spread into habitats ranging from shallow waters to the continental shelves to the harsh deeps.

Gard found similar fossils deeper down in the sediment cores, indicating that the Arctic ice partially cleared at various times from about 128 000 to 71 000 years ago — a period covering the latest interglacial and the early part of the latest ice age.

Such rock, known as basalt, might be better than other sites, such as deep saline aquifers or nearly empty oil wells, because the rock not only stores CO2 but also over a relatively short period of years forms carbonate minerals out of it — in other words, limestone.

Through phylogenetic analysis, the research team discovered that modern deep - sea mussels are the descendants of shallow - water mussels, and their ancestors migrated to the deep sea approximately 110 million years ago, providing evidence to support a hypothesis that their ancestors survived through an extinction event during the global anoxia period associated with the Palaeocene - Eocene Thermal Maximum which occurred around 57 million years ago.

There was an era called white earth which starts about 700 million years ago with alternating periods of deep ice sheets and then hotter warmer stages which led to formation of various kinds of crystals, and last and luckily we live in the period known as green earth, which started about 400 million years ago when multicellular life arose and wholly changed to biochemical breakdown the makeup of the minerals on the planet again.

United States Seismic Array — A network of seismic stations, including portable ones that will be moved across the entire United States over a 10 - year period, will map subtle differences in the seismic energy traveling through our planet, yielding an improved understanding of deep - earth structures.

Bacteria, however, have remained Earth's most successful form of life — found miles deep below as well as within and on surface rock, within and beneath the oceans and polar ice, floating in the air, and within as well as on Homo sapiens sapiens; and some Arctic thermophiles apparently even have life - cycle hibernation periods of up to a 100 million years while waiting for warmer conditions underneath increasing layers of sea sediments (Lewis Dartnell, New Scientist, September 20, 2010; and Hubert et al, 2010).

Basically, although the gas is indeed easily absorbed by sea - water, it is the timescales that matter: mixing of shallow and deep oceanic waters takes place over hundreds to thousands of years but sea - water can de-gas parts of its carbon dioxide payload over much, much shorter periods.

Deep Impact was re-routed after its 2005 visit and launch of an impactor into the surface of Comet Temple 1 (another short - period comet with a 5.5 - year orbit), which created a plume of ice and dust that was analyzed for its chemical composition.

I remember with deep fondness that three - year - period of my childhood life, before we moved yet again to a distant island — the school I attended, the neighborhood, our house, the language (native in that island), and the food — all of which I would miss after we moved to an unfamiliar island with totally different culture.

Coming off the heels of The Deep Blue Sea, probably the most underrated and misunderstood film of its year, Sunset Song is a period piece set in the cinegenic Scottish countryside of the 1930s, and based on a book by Lewis Grassic Gibon that's been called the most important Scottish novel of the 20th century.

The forward market for 1 - year implied volatility doesn't exist in any deep way, so the insurance company decides that it will have to take its chances, and assume that volatility will mean revert over longer periods of time.

Years ago, we caught our first glimpse of the insights presented earlier in this letter, and they made us wonder: if the discipline of adhering to simple rules for investing in inexpensive companies would have done well across long periods in the past, might there be an opportunity to do even better by taking a deeper look at companies» fundamentals?

One of them, Thatcher, is now 9 years old and he went through a deep grieving period after his Nasha mama died.

The «potholes», up to 6 meters deep cylinder - shaped holes were carved out in the rocks over a period of thousands of years by water, sand and stones.

It spends eight to ten months of the year in the open ocean, diving 1000 to 5000 feet deep for periods of fifteen minutes to two hours.

The canyon, created by the Colorado River over a period of 6 million years, is up to 18 miles wide, and a mile deep.

It spends eight to ten months a year in the open ocean, diving 1000 to 5000 feet deep for periods of fifteen minutes to two hours, and migrating thousands of miles, twice a year, to its land based rookery for birthing, breeding, molting and rest.

Once ignited, these fires are particularly difficult to extinguish despite extensive rains, weather changes or firefighting attempts, and can persist for long periods of time (months, years), spreading deep (5 meters) and over extensive areas of forest subsurface.

Over very long time periods such that the carbon cycle is in equilibrium with the climate, one gets a sensitivity to global temperature of about 20 ppm CO2 / deg C, or 75 ppb CH4 / deg C. On shorter timescales, the sensitivity for CO2 must be less (since there is no time for the deep ocean to come into balance), and variations over the last 1000 years or so (which are less than 10 ppm), indicate that even if Moberg is correct, the maximum sensitivity is around 15 ppm CO2 / deg C. CH4 reacts faster, but even for short term excursions (such as the 8.2 kyr event) has a similar sensitivity.

The return period for deep water on the world wide conveyor belt is something of the order of 1,000 years.

However, the cool La Niña phase of the cyclically variable Southern Oscillation of tropical temperatures has been dominant in the past three years, and the deepest solar minimum in the period of satellite data occurred over the past half dozen years.

Reconstructions of California climate suggest that meteorological droughts lasting multiple decades are not uncommon over the past 1000 years, while there is evidence that dry periods of even longer duration occurred in California's deeper geological past.

It then follows that we * MIGHT * actually be seeing the after effects of the Medieval warm period... Though I've read this wasn't a worldwide phenomena, though, it is likely that ocean current would have circulated the effect, and after 800 years, a localised heating of this type, might have an effect in all the deep ocean areas.

This winter, we got our first serious frost period (several consecutive days to a week of deep night freezes and no thawing of the soil during the day) in late February, just when it looked like winter might be cancelled entirely for this year.

According to the researchers, the first abrupt warming period beginning at 14,700 years ago lasted until about 12,900 years ago, when deep - freeze conditions returned for about 1,200 years before the onset of the second sharp warming event.

Second, a series of mildly explosive volcanoes, which increased stratospheric particles, likely had more of a cooling effect than previously recognized.35, 36,37 Third, the high incidence of La Niña events in the last 15 years has played a role in the observed trends.29, 38 Recent analyses13 suggest that more of the increase in heat energy during this period has been transferred to the deep ocean than previously.

What is most remarkable to me during the period the last few years during the long and deep solar minimum is that we didn't see global temps even fall more, nor did we see the Arctic Sea ice mount more of a recovery.

R. Gates says: August 20, 2010 at 7:28 am ``... What is most remarkable to me during the period the last few years during the long and deep solar minimum is that we didn't see global temps even fall more, nor did we see the Arctic Sea ice mount more of a recovery...»

However I have found another with a CO2 level in the range we have experienced since the 1940's http://www.pnas.org/content/99/20/12567.full At 379 ppm within 35 ppm, the start of the Namurian period, 330 million years ago, should be deep in an glacial period if CO2 was the answer to the faint sun paradox.

Earlier research, based on deep sea sediments deposited between the last Ice Age and the present warm period, has found evidence of eight melting events in the region, the largest occurring 14,700 years ago.

They use a range of techniques to track changes in the volume of the ice - sheet over a 500 - year period, and compare it with measurements of ice - accumulation obtained by deep boring undertaken by Lonnie Thompson of Ohio State University.

Gavin, I think it would be worth adding to the post 1) the main reason why there was so much doubt about the Lyman et al results (the unphysical melt amounts for 2003 - 5), 2) the expected role of GRACE in obtaining a reliable result, 3) the fact that the ARGOs don't measure the deep oceans, and 4) that it's inappropriate to take the remaining ARGO data (shown in the Lyman et al correction to be essentially flat for the last two years) and draw any conclusions about ocean heat content trends for that period.

The lag is a different (and mostly unresolved) problem: while the lag during warming periods is explainable as the about 800 year turnover time for deep ocean down / upwelling flows, the much longer delay of CO2 during periods of cooling towards a new ice age is difficult to explain, the more that methane does follow temperature far more closely, thus errors in ice age — gas age difference are not at the base of the lag...

Scientists from the Center for Arctic Gas Hydrate (CAGE), Environment and Climate at the Arctic University of Norway, published a study in June 2017, describing over a hundred ocean sediment craters, some 3,000 meters wide and up to 300 meters deep, formed due to explosive eruptions, attributed to destabilizing methane hydrates, following ice - sheet retreat during the last glacial period, around 12,000 years ago, a few centuries after the Bølling - Allerød warming.

However, such processes are unlikely during winter and occur during a limited period of the year (typically from late spring to early fall, 21), and we argue that their past evolution will have a negligible impact on the deep firn atmospheric record.

The rise of CO2 that led to this dramatic acidification occurred during the Paleocene - Eocene Thermal Maximum (PETM), a period when global temperatures rose by around 5 °C over several thousand years and one of the largest - ever mass extinctions in the deep ocean occurred.

It mixes deeper during one season and less during another, equalizing the entire mixed layer over the period of a year.

This sounds similar to what's being worked on in Alberta, except Shells» Shale plan is to generate scads of electricity, use that energy to pump a chilled refrigerant around and over buried tar shale deposits - this is to freeze the groundwater enough to encapsulate a 2000 - foot deep segment of shale - followed by pumping out the groundwater inside the frozen periphery and inserting giant electrodes into the isolated shale body to heat the now - dried interior to 700 degrees Fahrenheit for a period of three years, before extracting the oil liberated by the interior heat.