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Mauna Loa

Mauna Loa

Volcano in HawaiiWikipedia

Search complete. 30 mentions across 21 episodes found for "Mauna Loa".

Sep 26, 2026

Jennifer RobbinsCORRESPONDENT
1:31
Gusts have been coming in anywhere from 30 to 40 miles per hour.
Jennifer RobbinsCORRESPONDENT
1:35
And at times we have been seeing gusts up to 50 miles per hour over Mauna Loa, Mauna Kea, even higher than that.
Jennifer RobbinsCORRESPONDENT
1:42
And we're watching the outer bands.
Jennifer RobbinsCORRESPONDENT
1:44
You can see Pahala right now, pretty quiet.

19 MINS LATER

Jennifer RobbinsCORRESPONDENT
20:56
We've been seeing that over Kohala.
Jennifer RobbinsCORRESPONDENT
20:58
Very gusty conditions up to about 50 miles per hour.
Jennifer RobbinsCORRESPONDENT
21:01
And we could actually see that over Mauna Kea, Mauna Loa.
Jennifer RobbinsCORRESPONDENT
21:05
And you can see the triple storm force winds will be near the center and then expand out to about 140.
Alexander Sandy MacDonaldGUEST
46:07
This isn't like just your grandchildren.
Alexander Sandy MacDonaldGUEST
46:11
The paper that came out of my laboratory by Susan Solomon basically said that the climate change, if we go up to high levels, like 700 parts per million, measured out on Mauna Loa, a NOAA laboratory that does those measurements that was in my lab, I got to go up on Mauna Loa and see our carbon observatory.
Alexander Sandy MacDonaldGUEST
46:36
Wow.
Alexander Sandy MacDonaldGUEST
46:37
uh and uh and you know uh what we're what we're doing is um permanently changing the atmosphere in the ocean the ocean sort of is gulping all this heat and carbon dioxide up and so if we get to 700 um we're basically for 10 000 years of a really hot, 10 degrees warmer, really hot ocean, 80% more acidic.
Jonathan CohlerGUEST
8:37
And Barry has never used the current global compilation, not in 2019, not in 2021, and not in 2023. and he uses different methods.
Jonathan CohlerGUEST
8:47
Koutsianis uses refined reservoir routing on Mauna Loa and Barrow, and he derives the residence time And then he derives what we call the relaxation time from a single exponential fit to Waddall 2022.
Jonathan CohlerGUEST
9:04
Barry, again, does a single exponential fit to old data, to the Wellington series.
Jonathan CohlerGUEST
9:12
He calls it E time, and he interprets it as the residence time, which is another problem.

9 MINS LATER

Jonathan CohlerGUEST
18:39
The 3.83 is what you get if you take the mass of the atmosphere over 2010 to 2019. carbon mass in the atmosphere, and you divide it by the AR6 outflux number that they published in AR6, and lo and behold, you get 3.83.
Jonathan CohlerGUEST
18:56
If you do that for each one of the IPCC reports of the last four decades, AR3, 4, 5, and 6, and you get 3.7 plus or minus 0.2, essentially the same number.
Jonathan CohlerGUEST
19:10
If you're using their flux numbers and Mauna Loa mass, you get the same number.
Jonathan CohlerGUEST
19:15
If you do Kutsuyanis' revised, what is it called? Revised reservoir routing or whatever.
KenHOST
3:41
So y- all the places that you sent were all pictures of places I knew.
KenHOST
3:46
And I'm like, "Oh, there's Mauna Loa.
KenHOST
3:48
Oh, there's, uh, there's all the places that you have, all the beach area." It's awesome.
KenHOST
3:53
Yeah, that's awesome.
Larry WilsonNARRATOR
94:42
The revegetation of Krakatau, which was deprived of vegetation by a series of volcanic eruptions in 1883, has been followed out by Troube, Ernst, and other observers.
Larry WilsonNARRATOR
94:54
A detailed account is given in The New Flora of the Volcanic Island of Krakatau, Cambridge University Press, 1908. successive lava flows from mauna loa in hawaii by far the largest volcano in the world have afforded an opportunity for similar observations there especially as the age of many of the flows is exactly known forbes occasional papers of the museum of polynesian ethnic and natural history volume five has published a preliminary account of the plant invasion of some of these floes the lava is of two well-defined kinds called by the hawaiians pahoehoe and aa the former has a smooth but billowy or hummocky surface and is marked by lines showing that it cooled as it flowed while the aa is lava broken into fragments having sharp and jagged edges probably owing to subterranean moisture having made it cool from below upward instead of from above downward as in the case of the pahoehoe on eighteen fifty nine flow forbes found no vascular plants on the aa though the surface was often white with lichens while contrary to what might have been expected the smooth pahoehoe was much more richly covered with vegetation which however occurred only in cracks on a nineteen o seven flow plants were found just beginning to be established evidently on both types of lava the first pioneers are low plants like algae and lichens on the pahoehoe these are soon succeeded by ferns and seed plants but on the aa there is a long enduring lichen stage Ultimately, the natural forest of the region returns, except in places where man's influence causes the successful invasion of a naturalized flora.
Larry WilsonNARRATOR
96:46
In this forest, a species of metrosideros is the dominant tree at first, while an acacia is the dominating tree of the ultimate or climax forest.
Larry WilsonNARRATOR
96:57
End of Plant Invasion on Hawaiian Lava Flows by Professor F. Cavers
Herman PoppleberryHOST
6:49
We have ice core records going back hundreds of thousands of years.
Herman PoppleberryHOST
6:53
We have direct instrumental measurements going back about 60 or 70 years for carbon dioxide at Mauna Loa.
Herman PoppleberryHOST
6:59
But there's a gap.
Herman PoppleberryHOST
7:00
The ice core record is a proxy.
Brad MillerHOST
40:36
What about like Hawaii? We never really talk about that.
Brad MillerHOST
40:39
Do they, do they have foliage? I would imagine again, elevation, Mauna Loa up there, but.
Kyle CotnerGUEST
40:45
I haven't, I have, I've been doing this for 19 years.
Kyle CotnerGUEST
40:47
I've mentioned in Hawaii is the only state that I've never seen fall colors.
Roger MelinNARRATOR
61:54
Earthquakes are associated with volcanic eruptions.
Roger MelinNARRATOR
61:58
Abrupt increases in earthquake activity heralded eruptions at Mount St. Helens, Washington; Mount Spurr and Redoubt Volcano, Alaska; and Kilauea and Mauna Loa, Hawaii.
Roger MelinNARRATOR
62:13
The location and movement of swarms of tremors indicate the movement of magma through the volcano.
Roger MelinNARRATOR
62:20
Continuous records of seismic and tiltmeter, a device that measures ground tilting, data are maintained at US Geological Survey volcano observatories in Hawaii, Alaska, California, and the Cascades, where study of these records enables specialists to make short-range predictions of volcanic eruptions.
DaveHOST
38:06
A couple more callers.
DaveSOUNDBITE_SPEAKER
38:09
Hey Dave, David New York Walls, or New York and Hawaiian Walls, coming to you from Waikaloa Beach with Mauna Loa and Mauna Kea behind me.
DaveSOUNDBITE_SPEAKER
38:18
I won't make any more cracks about the dormant volcano of walls or anything like that.
DaveSOUNDBITE_SPEAKER
38:22
I've beat that cliche to death.
Don SullivanHOST
18:42
Gentle slopes, um, and you end up seeing lots of, um, lava flowing from them in a slow fashion.
Don SullivanHOST
18:51
The second-biggest mountain on, in the solar system, next to Olympus Mons on Mars, is Mauna Loa in Hawaii, and that is a shield volcano.
Don SullivanHOST
19:02
It's absolutely huge in that it goes up to about 13,500 feet above the ocean and about 30,000 feet below the ocean, and it's so heavy it actually pushes the crust of the Earth itself down about a mile.
Don SullivanHOST
19:14
So it's bigger than any single mountain on Earth, and in fact, bigger than any single mountain in the solar system except Olympus Mons, again, on Mars.

11 more episodes mention Mauna Loa.

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