SciDoc Publishers | Open Access | Science Journals | Media Partners

International Journal of Natural Disasters & Health Security (IJNHS)    IJNHS-2572-7540-02-101

Climate Change through the Studies of Volcano Rocks and Blue Icebergs

Pham van Huong1,2 *

1 Director of Researches, University Bordeaux 1, Talence, France.
2 Elected Member of the New York Academy of Sciences, USA.

*Corresponding Author

Pham van Huong
Director of Researches, University Bordeaux 1,
Talence, France.
Elected Member of the New York Academy of Sciences, USA.

Received: September 08, 2015; Accepted: September 30, 2015; Published: October 07, 2015

Citation: Pham van Huong (2015) Climate Change through the Studies of Volcano Rocks and Blue Icebergs. Int J Natural Disaster Health Secur, 2(1), 1-5. doi:

Copyright: Pham van Huong © 2015. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution and reproduction in any medium, provided the original author and source are credited.


The investigation, by advanced physical methods, allows us to identify the chemical composition of volcano stones propelled from the deepness of the globe in various countries on the world and the blue icebergs detached from secular glaciers of Antarctic and Arctic poles.

The stones and ashes of Island contain more elements than those of other volcanos, especially compared to those of Mediteranean countries. This confirms that the earthquake is much important and deeper under eastern Atlantic. Similarly, Sumatra volcano eruptions indicate pronounced tectonics under Western Pacific ocean.

As a primary consequence, the planet temperature increases and induced the melting of thousands years glaciers at the North and South poles, rejecting in the oceans blue icebergs as big as Portugal or Vietnam. Nevertheless the sea level rising is not a great danger compared to its local sudden elevations, tsunamis, which cause tremendous damages.

I have calculated the areas immerged by tsunamis, applied in particular for the deltas of North and South Vietnam, Indonesia; Malaysia and some European countries.

The results will be presented in hope to prevent sudden damages and in long term, the effects on lands, environments and on the health of humanity.

2.Results and Discussion
3.Global Warming
4.Volcano Eruptions
6.Glaciers Melting


The continental plate’s tectonics provokes volcano eruptions which contribute mainly to the warming of the planet. The recent very important eruptions appear at sites different than the previous ones, on global surfaces as well as under the oceans and the earthquakes, especially near the littorals often cause sudden see level risings named tsunamis and induce strong damages : land immerging, erosion, population evacuation, destruction of housing buildings… even nuclear plants when they are located near the littoral transforming “pacific centrals” into nuclear bombs in retardement.

The author will gives the results of his analytical measurements with modern physical techniques such as MicroRaman Spectroscopy, X-ray Fluorescence Spectroscopy through Electronic Microscope etc…These methods have been used with efficiency for various advanced materials and nano-materials.

Results and Discussion

From many expeditions in Iceland, Norway and South poles Antarctic region, I have collected and studied blue icebergs detached from glaciers and solid volcanic rocks and ashes projected at recent eruptions, in comparison to those I recorded from several sites of continental Europe and La Soufriere, Reunion.

Global Warming

The temperature elevation on the world surface has been recorded and the green house effect was discussed nine years ago by some governmental and industrial organizations. They focused on carbon dioxide as the cause. In my opinion, this accusation on CO2 is a diversion, in the aim to attribution the fault to nearly everybody using terrestrial transportation as the combustion of their car rejects CO2, a compound that can be a screen gaz. Nevertheless, the data were intentionally truncated. Every boys and girls known from their study in secondary school that the combustion of oil hydrocarbons gives not only CO2 but also H2O. And the spectral absorption of H2O is thousand times greater than that of CO2 . They also know that air crafts and nuclear centrals everyday reject tremendous quantities of water vapors. An airplane consumes thousands times of hydrocarbons than an individual car. Therefore this contributes mainly to create the green-house effect. The Carbon tax must be substitute by I call the WV-Tax and all polluters and combustible.

Volcano Eruptions

The continental plates normally move very slowly. But from time to time, plate tectonics can appear violently and provokes new volcano eruptions.

This year, many strong volcanic eruptions are activated all over the world, last month in Indonesia, in Equador…. and in Iceland.

The latter site is interesting to study because initially Iceland was created out of the ocean by tectonic shocks of two continental plates, the American and the Eurasia plates. I visited Iceland some months before the fantastic 2010 eruption and just after. The elemental analyses show that the ash in the atmosphere have a composition different than that of solid volcanic stones. Of course they both contain common elements including Gold but the ash contains some more elements that I interpret as due to the fact that the nano powders, directly pulsed from the heart of the earth, would not have time to burn, compared to the volcanic lava materials before their solidification.

FluorescenceXSpectrum through electron microscope of Iceland 2010 volcanic ash

Under the European Mediterranean Sea, tectonic shocks between the Arabian and the Eurasian plates enhanced the activity of a chain of active volcanoes.

The soil near the volcanoes is so warm than one can use it for habitation heating or for vegetal culture in what I call “geothermal houses”, reserving the term greenhouse for buildings which receive solar energy from above.

Vietnam is relatively far from the cracks under the Pacific Ocean; its last volcano eruption and earthquake dated on 1923, at Island of Ashes SE of Saigon, while volcanoes at High-Dongnai, Low- Dongnai and Cu lao Re were in extinction very early in History.

Indonesia and Japan are certainly the most exposed to earthquakes and volcano eruptions.

The rocks from other volcanoes were also analysed


As mentioned above, new eruptions can appear. Two months ago, five volcanoes erupted in central Iceland. Although with intensive rejections, little damages have been recorded in the desert area. Nevertheless, it is a proof that the tectonic cracks can appear at sites different than the previous volcanoes. If the cracks are near the littoral, tsunamis can overcome and destroy all they meet on their way.

Table 1

Table 2. Volcano Vesuve.

I have calculated, thanks to programs of NASA and Geography Organizations the maps of land immerged by sudden sea level elevation for some European countries, for Indonesia, Malaysia and for Northern and Southern Deltas of Vietnam.


The destruction of the nuclear plant in North Japan on 2011 resulted from the above process ! After this catastrophe, all the nuclear plants have been arrested for non function. But last month, the Sendai reactor is started again in service ! What a big danger!

Please stop all nuclear plants, before they become un-voluntary nuclear bombs. No body and no responsible organization must argue the need of national energy and neglect the well-being and the massive dead of humanity.


Glaciers Melting

Glaciers have been formed very longtime ago all over the world, especially at Arctic and Antarctic, and their melting has been very slow during centuries. Their blue color attests, by optical refraction property, that they are compressed by the weight of successive snow layers. Although their density is higher than that of glass, but continues to be lighter than that of sea water at 4°C near the North and South Poles. The glaciers are in contact with soil bed and move slowly towards the sea. The frontal part of them named glacier tongue or shelf, is floating on the sea surface. I have assisted many times to their cracks provoking tremendous noisy falls of detached glaciers.

This year, nearly at the same time of important volcanic eruptions at the two globe hemispheres, hot waters appeared under the tongues at Antarctica and induced the collapse of glaciers at a rate much more frequent than never before . In consequence, big blue icebergs are melting and moving towards the Equator because the centrifugal forces generated by the rotation of the globe. Therefore, the elevation of sea level will accelerate, more than 1 cm recorded after two last decades of observation. Of course, the areas from -20 and +20 parallels will assist to the highest sea rising. In addition, as the immerging volume of the icebergs is nearly ten times that of their apparent part, and the moving glaciers melt water is not in the same place than the initial glaciers we must observe a change of the rotation axis of the world, inducing new immerged lands and new emerged lands.

I do think that the volcanic eruptions and continental plate’s tectonics and dynamics under the sea are the main causes of the warming and climate change in Antarctic region.


The global warming continues to increase. In the greenhouse effect, it is a fault to only consider Carbon dioxide because the contribution of Water vapor is thousand times more important. Therefore Carbon tax must be substituted by WVTax due to its strong green effect. All polluters and combustible furnishers must pay. The volcanic warming must be principally taken into account. The plate tectonics can violently appear at new sites and cause big tsunamis with damaging effects. Finally, the glaciers melting in more accelerated rate will contribute to the elevation of the sea level and the change of the geography of the world, even a change of the rotation axis of the globe.


The author addresses warm thanks to Michel Lahaye and Nguyen quoc Hung for their precious technical assistance.


  1. Huong PV, Verma AL (1993) Presence of tri-iodide ions in iodine-intercalated IBi2Sr2CaCu2O8 superconductors. Phys Rev B Condens Matter 48(13): 9869-9872.
  2. Huong PV, Ajayan PM, Cavagnat R, Stephan O (1995) Temperature-dependent vibrational spectra of carbon nanotubes. Phys Rev B Condens Matter 51(15): 10048-10051.
  3. Huong PV, Jerome D, Auban-Senzier P, Bernier P (1995) In Sciences and Technology of Fullerene Materials. MRS Proceedings, Boston. Vol.359
  4. Huong PV, Khoi PH, Tam NTT, Hoa PLP, Tuong LTC (1999) A Raman spectroscopic study of photoluminescent porous silicon fibres. Int J Inorg Mater 1(3): 209-212.
  5. Choy JH, Kim YI, Hwang SJ, Huong PV (2000) Trigonal planar (D-3h) AuI3 complex stabilized in a solid lattice. J Phys Chem B 104(31): 7273- 7277.
  6. Choy JH, Kim YI, Hwang SJ, Muraoka Y, Ohnishi N, et al. (2000) HRTEM and micro-Raman studies on superconducting-superionic conducting nanohybrid, Ag1.17I1.54Bi2Sr2CaCu2Oy. J Phys Chem B 104(39): 9086-9090.
  7. Kwon SJ, Choy JH, Jung DW, Huong PV (2002) Heterostructured high-Tc superconducting nanohybrid: (Me3S) 2 HgI4- Bi2Sr2CaCu2Oy. Phys Rev B 66(22): 224510-224522.
  8. Hwang J, Kwon CW, Portier J, Campet G, Park HS, et al. (2002) Local crystal structure around manganese in new potassium-based nanocrystalline manganese oxyiodide. J Phys Chem B 106(16): 4053-4060.
  9. Huong PV (1989) Metallo-organic complexes and Carcinogenesis in Molecules in Physics, Chemistry and Biology. Springer, Netherlands. 87-109.
  10. Plouvier SR, Huong PV, Lambert P (1985) Bacterial chromophores and Metals in Cancer, Leukemias and Chronic Diseases. A study by Scanning Electron Microscopy, laser Raman and Electron Microspectroscopies. 4th Eur. Cce on Clinical Haemorheology, Siena.
  11. Huong PV (1986) Organometallic Interactions in Biological Systems. Journal of Molecular Structure 141: 203-209.
  12. Plouvier SR, Lambert P (1988) Organometallic complexes of Microbial origin, identified in malignant tumors and leukemia by Raman and X-Ray microspectroscopy. XVII International Congress of Pathology, Dublin.
  13. Huong PV (1989) Raman Spectroscopy for Biological Applications in Analytical Raman Spectroscopy. Wiley, New York. 114: 397-423.

         Indexed in

pubhub   CGS   indexcoop   j-gate   DOAJ   Google_Scholar_logo

       Total Visitors

SciDoc Counter

Get in Touch

SciDoc Publishers
16192 Coastal Highway
Lewes, Delaware 19958
Tel :+1-(302)-703-1005
Fax :+1-(302)-351-7355

Creative Commons License
SciDoc Publishers is licensed under a Creative Commons Attribution 4.0 International License.