Sentences with phrase «in mid ocean»

One day you may be standing in awe of age old Aboriginal rock painting, to stepping ashore in Dili, to being a witness to the vast and impressive tidal changes at Montgomery Reef as the tide drops 40 feet in mid ocean trapped waters spill grandly over the edge of the exposed reef.

Not exact matches

John Newton a captain on a slave ship, transformed by prayer and prayer alone mid ocean in the very act of transporting human cargo.

Doing that in every flight trip I take make me at rest that if any thing happened on the way at least then if died will not go waste but would face the mercy of God on my soul... Because there only in the upper heavens or mid oceans you have nothing but the mercy of God and nothing in hand to relay upon trying to save self...!!!

Summer temperatures, which can average in the mid 80's or the mid 90's during the day, are often cooled by afternoon ocean breezes blowing into the valley through gaps in the Santa Ana foothills to the west.

In mid February we were presented with a choice to head East for the next 6 months; because Michael and I believe in family first and God made it very clear that we were to take this chance we packed up our little growing family and headed for the oceaIn mid February we were presented with a choice to head East for the next 6 months; because Michael and I believe in family first and God made it very clear that we were to take this chance we packed up our little growing family and headed for the oceain family first and God made it very clear that we were to take this chance we packed up our little growing family and headed for the ocean.

During two different research expeditions, in the mid - to late springs of 2010 and 2012, the AUV — which resembles a 2 - meter - long bunk bed with twin hulls stacked on top of one another — traveled back and forth through several different Southern Ocean waters in a lawn mower — like pattern at depths of 20 to 30 meters under the ice to collect a 3D survey of the topography of the sea ice's underbelly.

Mean MHW duration between the 1982 — 1998 and 2000 — 2016 periods increased across 84 % of the global ocean, with significant increases of up to 20 days in the mid - and high - latitude regions of all ocean basis, up to 30 + days in the central tropical Pacific Ocean and northeastern Pacific Ocean, and decreases in the eastern tropical Pacific Ocean and the high latitudes of the Southern Ocean (Fig.ocean, with significant increases of up to 20 days in the mid - and high - latitude regions of all ocean basis, up to 30 + days in the central tropical Pacific Ocean and northeastern Pacific Ocean, and decreases in the eastern tropical Pacific Ocean and the high latitudes of the Southern Ocean (Fig.ocean basis, up to 30 + days in the central tropical Pacific Ocean and northeastern Pacific Ocean, and decreases in the eastern tropical Pacific Ocean and the high latitudes of the Southern Ocean (Fig.Ocean and northeastern Pacific Ocean, and decreases in the eastern tropical Pacific Ocean and the high latitudes of the Southern Ocean (Fig.Ocean, and decreases in the eastern tropical Pacific Ocean and the high latitudes of the Southern Ocean (Fig.Ocean and the high latitudes of the Southern Ocean (Fig.Ocean (Fig. 1h).

However, ENSO also increased the mean and variability of MHW duration in the northeast Pacific Ocean (Supplementary Fig. 1E, F), the variability of intensity off Western Australia and California (Supplementary Fig. 1D) and the variability of frequency over much of the Tropics in all ocean basins as well as the mid - and high - latitudes in the Pacific Ocean (Supplementary Fig.Ocean (Supplementary Fig. 1E, F), the variability of intensity off Western Australia and California (Supplementary Fig. 1D) and the variability of frequency over much of the Tropics in all ocean basins as well as the mid - and high - latitudes in the Pacific Ocean (Supplementary Fig.ocean basins as well as the mid - and high - latitudes in the Pacific Ocean (Supplementary Fig.Ocean (Supplementary Fig. 1B).

The Alfred Wegener Institute carries out research in the Arctic and Antarctic as well as in the high and mid latitude oceans.

This little ODE also points out what was so troubling about the recent measurement of mid layer warming in the ocean.

Madeira is a Portuguese archipelago in the mid Atlantic Ocean.

The undertaking alone is worth commending: a sports drama; a survivalist story (on ocean water no less); a war drama crossed with a prison drama - and all of it set in early - to - mid twentieth century period.

We'd watch this group of leading ladies discuss international trade regulations, yet alone star in a heist movie connected to a popular property we all pretty much enjoyed in the mid 2000s (we know George Clooney's Oceans movies were remakes as well, no need to yell at us on Twitter).

Highly recommendable: Wide sandy beaches and safe swimming in the warm Indian Ocean, Whale Watching (mid June to November), Bird Watching, Hiking, Surfing, Wind Surfing, Kiting, Fishing (River, Beach and Sea) or Golf (2x 9 - hole Golf Courses) etc..

Located off the typical tourist track and literally hanging from a cliff 330 feet above Bali?s southern coast, you can expect your first wow moment to be when you see the expansive view of the Indian Ocean from the hotel pool and wooden cabana that seems to be suspended in mid air, if this is not enough, remember the beach below has one of the best surf breaks in the entire world!

The first addition to La Fiesta took place in the mid 1980's when eight ocean view rooms were constructed at the east end the hotel.

The California Gray Whale Coalition, in partnership with Ocean Conservation Research are planning an underwater noise workshop dealing with the impacts of noise on the marine environment in San Francisco in mid April.

The superior rooms are designed with families or small groups in mid, arranged in a 2 storey unit of 4 rooms, all with ocean views.

Drawing inspiration from his own history and art practice, Flat Screen Nature is informed by the powerful odes to nature and expression found in his earlier series, as well as his Cloud (mid-to-late 1960s), Ocean (late 1980s), and Ozone (early - to - mid 1990s).

[Response: Not an absurd question, but in practice net geothermal heating (including volcanoes, mid ocean ridges etc) is about 0.075 W / m2 — some 20 times less important than human CO2 increases.

Another example would be the data showing some expected warming in the surface / mid layers of the oceans as reported by Levitus et.

Don't the oceans have to absorb heat not only in the surface / mid layers but right down to the bottom for radiative heat balance to occur?

The upper ocean heat content in mid 2005 was about equal to that in mid 2001.

In the world ocean heat content in the surface / mid layerIn the world ocean heat content in the surface / mid layerin the surface / mid layers?

The ocean oscillations cited in these stories have been raised by the global warming skeptics for the last ten years to explain what we saw between the mid» 70's and 2000 was nothing more than a natural cycle.

The findings on ocean cooling mid 20th century are fascinating on several levels, perhaps most in relation to modeling of 20th century climate change.

Warming has been and will be greater in mid and high latitudes compared with low latitudes, over land compared with oceans, and at night compared with day.

The left - hand graph in Figure 6 presents the GISS Land - Ocean Temperature Index (LOTI) data for the low - to - mid latitudes of the Northern Hemisphere (0 - 65N).

The impacts on the subtropical and mid latitudes hydrological patterns.an increase in sea ice, and increased carbon capture in the southern ocean will in addition provide feedback on the radiative potentials.

If we consider the rise in ocean heat content it's about 2.5 x 10 ^ 23 since the mid 1960s and so about 5 x 10 ^ 21 J per year.

After 30 + million years of cooling, 2 to 3 million years ago, colder ocean waters eventually upwelled in the mid latitudes along the west coasts of major continents as well as along the equator.

Anthropogenic warming in the post — war period was 0.4 degrees K. 1944 to 1998 including both the mid century cool and the late century warm Pacific Ocean regimes — as seen in surface temperature records.

For falsification we would need to observe events such as the mid latitude jets moving poleward during a cooling oceanic phase and a period of quiet sun or the ITCZ moving northward whilst the two jets moved equatorward or the stratosphere, troposphere and upper atmosphere all warming or cooling in tandem or perhaps an unusually negative Arctic Oscillation throughout a period of high solar activity and a warming ocean phase.

The Alfred Wegener Institute - Helmholtz Centre for Polar and Marine Research (AWI) carries out research in the Arctic and Antarctic as well as in the high and mid latitude oceans.

Based on changes in tree line, pollen samples and ocean sediments, scientists estimate Arctic air temperatures during the mid Holocene averaged 2 to 7 °C higher than today.

Ecosystem changes due to overfishing can create «trophic cascades,» meaning that (again just for example) if you have finned and killed too many sharks in the western mid Atlantic ocean, their prey (certain types of rays) are much more abundant, and thus THEIR prey is less abundant.

«Ocean surface temperatures — water temperatures are in the mid to upper 30s, which doesn't sound that warm but is well above the freezing point of sea water, which is about 29 degrees Fahrenheit.

Precipitation increases between the mid Pacific and Chile as the ocean warms, weakening the high pressure zone in the east from below.

There's good evidence that the extreme, temporary dry phase in the Sahara / Sahel area beginning in the mid 1960s was driven by the rhythm of ocean cycles.

The planetary cooling from the mid 1940's was most clearly associated with a shift in the Pacific Ocean to more cold water upwelling in eastern Pacific.

My temperature in mid NC mirrors the temperature of the Atlantic ocean so you can't just subtract the data points for the Atlantic and remove it's influence.

According to the estimates made with a simple regression model, we can expect a seasonally ice ‐ free Arctic Ocean * as early as in the mid ‐ 2030s *.»

This is reflected in the clarity of the water, which is clear mid ocean and murky near land, even where there are no people.

These pools were spotted in the mid 2000s unleashing bubbles of liquid CO2 from the Okinawa trough in the Pacific Ocean (see the video here).

Prior to about 1970, there was no satellite imagery to help estimate the intensity and size of tropical storms, so the estimates of ACE are less reliable, and values are not given prior to about the mid - or late 1970s in the Indian Ocean, South Pacific or Australian regions.

Deep oceans in the mid and upper latitudes simply can not stay warm.

When a large surge of polar air moves equatorward it draws a pulse of energy from the oceans in the lower latitudes and pumps it into the stratosphere where most of that energy is pushed out to space but a portion is not pushed out and descends again thus strengthening the high pressure systems on the poleward side of the mid latitude jets.

I have now realised that the global albedo changes necessary and the changes in solar energy input to the oceans can be explained by the latitudinal shifts (beyond normal seasonal variation) of all the air circulation systems and in particular the net latitudinal positions of the three main cloud bands namely the two generated by the mid latitude jet streams plus the Inter Tropical Convergence Zone (ITCZ).

For true falsification we would need to observe events such as the mid latitude jets moving poleward during a cooling oceanic phase and a period of quiet sun or the ITCZ moving northward whilst the two jets moved equatorward or the stratosphere, troposphere and upper atmosphere all warming or cooling in tandem or perhaps an unusually powerful Arctic Oscillation throughout a period of high solar turbulence and a warming ocean phase.

Thus if the two mid latitude jets move equatorward at the same time as the ITCZ moves closer to the equator the combined effect on global albedo and the amount of solar energy able to penetrate the oceans will be substantial and would dwarf the other proposed effects on albedo from changes in cosmic ray intensity generating changes in cloud totals as per Svensmark and from suggested changes caused in upper cloud quantities by changes in atmospheric chemistry involving ozone which various other climate sceptics propose.