(2019 Archived) - Bibliography and Picture Credits for Venusian Colonization Threads
New Bibliography (Old Below)
2. Sparrows, G. (2013). Constellations: A Field Guide to the Night Sky. [Quercus Editions ltd].
3.
Sagan, C.
(1994). Pale Blue Dot: A vision of the human future in space. [Ballantine
Books; the Random House Publishing Group]. Pages 138-148.
4.
Sagan, C.
(1995). Cosmos. [London: Abacus].
Pages 110-118, & Pages 127-131.
5.
Wikipedia
(at 2019, February) Retrieved from (https://en.wikipedia.org/wiki/geodesic_domes).
6.
Wikipedia
(at 2019, February) Retrieved from [https://en.wikipedia.org/wiki/cloud_nine_(tensegrity_sphere)
].
7.
Baldwin, J.
(1997). Buckyworks: Buckminster Fuller’s ideas for today. [John Wiley
and Sons]. Page 190.
8.
Walker, R.
(2014, January 12). Will we build colonies that float over Venus like
Buckminster Fuller’s “Cloud Nine?” Retrieved
from (https://www.science20.com/robert_inventor/will_we_build_colonies_that_float_over_venus_like_
buckminster_fullers_cloud_nine-127573).
9.
Wikipedia
(at 2019, February). Retrieved from (https://en.wikipedia.org/wiki/global_catastrophic_risk
).
10.
Williams, M.
(2016, January 1). How strong is gravity in other planets? Retrieved
from (https://phys.org|news/2016-01-strong-gravity-planets.html).
11.
[Official Paper]:-
Wikram, L.A. (2006). Human Performance Considerations for Mars mission [Paper
available online and for download at https://www.apu.edu/static/src/sites/research-science/downloads/human
performance mars mission.pdf]
12. Dunbar,
B. (2018, June 11). The Human body in
space. Retrieved from (https://www.nasa.gov/nrp/body_in_space).
13. Walker,
R. (2017, April 17). Why not simply
create a ship with artificial gravity for the journey to Mars? Retrieved
from (https://www.quora.com/why-not-create-a-ship-with-artificial-gravity-for-the-journey-to-mars).
14. [Official
Paper]:- Landis, G.A. & Colozza, A. &
LaMarre, C.M. (2002, June). Atmospheric flight on Venus.
15. Wikipedia
(at 2019, February). Retrieved from (https://en.m.wikipedia.org/wiki/Mars).
16. [Official
Paper]:- Landis, G.A. (2010, January). Low-altitude
Exploration of the Venus atmosphere by Balloon. [Paper available online and
for download at https://ntrs.gov/search.jsp?R=20110016033].
17. Wikipedia
(at 2019, February). Retrieved from (https://en.m.wikipedia.org/wiki/Venus).
18. Wikipedia
(at 2019, February). Retrieved from (https://en.m.wikipedia.org/wiki/Hellas_Planitia).
19. Wikipedia
(at 2019, February). Retrieved from (https://en.m.wikipedia.org/wiki/Noachian
).
20. [Official
Paper]:- Hassler, D.M. & Zeitlin, C. &Wimmer-Schweingruber,
R.F. &Ehresmann, B. &Rafkin, S. &Eigenbrode, J.L. &Brinza, D.E.
&Weigle, G. &Böttcher, S. &Böhm, E. &Burmeister, S. &Guo,
J. &Köhler, J. & Martin, C. & Reitz, G. &Cucinotta, F.A. &
Myung-Hee, K. &Grinspoon, D. & Bullock, M.A. & Posner, A. & Gómez-Elvira,
J. &Vasavada, A. &Grotzinger, J.P. & MSL Science Team. (2013,
November 12). Mars’ Surface Radiation Environment Measured with the Mars
Science Laboratory’s Curiosity Rover.
21. Green,
L. (2016). 15 million Degrees: a journey
to the centre of the Sun. [Viking; Penguin Random House, UK]. Pp 221-225.
22. Dunbar,
B. (2018, June 11). The Human body in
space. Retrieved from (https://www.nasa.gov/nrp/body_in_space).
23. [Official
Paper]:- Wikram, L.A. (2006). Human Performance
Considerations for Mars mission [Paper available online and for download at
https://www.apu.edu/static/src/sites/research-science/downloads/human
performance mars mission.pdf].
24. [Official
Paper]:- Dartnell, L.R. & Nordheim, T.A. &
Patel, M.R. & Mason, J.P. & Coates, A.J. & Jones, G.H. (2015,
September) Constraints on a potential aerial biosphere on Venus.I.Cosmic
Rays. [Paper available online and for download at:
http://researchgate.net/publication/278333688_constraints_ on_ a_ potential_
aerial_ biosphere_ on_ Venus_I_Cosmic_ Rays].
25. Wikipedia
(at 2019, February). Retrieved from (https://en.m.wikipedia.org/wiki/Global_Catastrophic_Risk
).
26. Sharp,
T. (2017, December 14). How far away is
Mars?
Retrieved from (https://www.space.com/16875-how-far-away-is-mars.html).
27. Redd,
N.T. (2012, November 16). How far away is
Venus? Retrieved from (https://www.space.com.cdn.ampproject.org).
28. Wikipedia.
(2019, February). Retrieved from ( https://en.wikipedia.org/wiki/hohmann_transfer_orbit)
29. NASA
Science Mission Directorate. (). Basics of
Spaceflight: Trajectories. [Retrieved from https://solarsystem.nasa.gov/basics/chapter4-1/].
30. Williams,
M. (2017, April 7). When will Mars be
close to Earth? Retrievedfrom (https:// www.universetoday.com/1480/when-will-mars-be-close-to-earth-1).
31. Cain,
F. (2017, March 16). How long does it
take to get to Mars? Retrieved from (https://www.universetoday.com/1481/how-long-does-it-take-to-get-to-mars/).
32. [Official
Paper]:- Levine, J.S. (2017). Dust in the
atmosphere of Mars and its impact on human exploration: A review of earlier
studies. [Paper available online and for download at https://www.hou.ursa.edu/meetings/marsdust2017/pdf/6007.pdf].
33. David,
L. (2013, January 13). Toxic Mars:
Astronauts must deal with perchlorate on the Red planet. [Retrieved from https://www.space.com/21554-mars-toxic-perchlorate-chemicals.html].
34. He, H.&Gao, H.&Chen,
G.&Li, H.&Lin, H.&Shu, Z. (2013, May 15).
"Effects of perchlorate on growth of four wetland plants and its
accumulation in plant tissues". Retrieved from Environmental Science and
Pollution Research International, Volume 20, Issue 10, pp
7301–7308. [Retrieved fromhttps://link.springer.com/article/10.1007%2Fs11356-013-1744-4].
35. The Guardian. (2018, November 27). Mars covered
in toxic chemicals that can wipe out living organisms, tests reveal.
[Retrieved from https://www.theguardian.com/sciences/2017/jul/06/mars-covered-in-toxic-chemicals-that-can-wipe-out-living-organisms-tests-reveal].
36. The
National Research Council. (2002).Safe on Mars:
Precursor measurements necessary to support human operations on the Martian
Surface. Chapters 3-4; pages 15-36.
37. Hecht,
J. (2007, March 9). Martian Dust might be
hazardous to your health. [New Scientist]. Earth & Planetary Sciences
Letters, volume 225, page 41.
38. [Official
Paper]:- Yung, Y.L. & Yang, D. & Lee, C.
& Liang, M.C. & Chen, P. (2016, September 2). The Sulfur Cycle on
Venus: New insights from Venus Express. [Paper available online and for
download at https://www.researchgate.net/publication|252473703704_the_sulfur_cycle_on_venus_new_insights_from_venus_express].
39. [Official
Presentation]:- Arney, D. & Jones, C. (2015). HAVOC:
High Altitude Venus Operational Concept – An Exploration Strategy for Venus.
SPACE 2015: AIIA Space and Astronautics Forum and Exposition. 31 August- 2
September, 2015. Pasadena, California. [Paper available online and for download
at https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20160006329].
40. [Official
Paper]:- Landis, G.A. (2010, January). Low-altitude
Exploration of the Venus atmosphere by Balloon. [Paper available online and
for download at https://ntrs.gov/search.jsp?R=20110016033].
41. [Official
Paper]:- Wikram, L.A. (2006). Human Performance
Considerations for Mars mission [Paper available online and for download at
https://www.apu.edu/static/src/sites/research-science/downloads/human
performance mars mission.pdf].
42. Wikipedia
(at 2019, February). Retrieved from (https://en.wikipedia.org/wiki/planetary_protection).
43. Walker,
R. (2014, January 12). If there is life
on Venus Cloud Tops-Do we need to protect Earth- or Venus- Could returned XNA
mean goodbye DNA for instance? Retrieved from
(https://www.science20.com/robert_inventor/blog/if_there_life_in_venus_cloud_tops_do_we_need_to_protect_earth_or_venus_could_returned_xna_mean_goodbye__).
44. Wikipedia
(at 2019, February). Retrieved from (https://en.wikipedia.org/wiki/Life_on_venus).
45. Mars
One. (Retrieved at 2019 February). Dr.ir.
Wieger Wamelink (NL). Retrieved from (https://www.mars-one.com/about-mars-one/advisers/dr.-ir.-wieger-wamelink-nl).
46. Wageningen
University. (2016, September 2). Dinner of
Mars and Moon vegetables well received. [Retrieved from https://www.wur.nl/en/newsarticle/dinner-of-mars-and-moon-vegitables-well-recieved].
47. Wageningen
University. (2016, July 26). The Martian
becomes reality: at least four crops grown on simulated Mars soil are edible. [Retrieved
from https://www.wur.nl/en/news
article/the-Martian-becomes-reality-at-least-four-crops-grown-on-simulated-Mars-soil-are-edible.htm].
48. Wageningen
University. (2017, November 27). Earthworms
can reproduce in Mars soil stimulant. [Retrieved from https://www.wur.nl/en/newsarticle/Earthworms-can-reproduce-in-Mars-soil-simulant.htm].
49. Wikipedia
(at 2019, February).Retrieved from (https://en.m.wikipedia.org/wiki/oxygen_toxicity).
50. Wikipedia
(at 2019, February).Retrieved from (https://en.wikipedia.org/wiki/claus_process
).
51. Kurzgesagt-in
a nutshell. ().
Retrieved from (https://www.youtube.com/watch?v=NtQkz0aRDe8&t=243s ).
52. Encyclopaedia
Britannica. (). Venus. Retrieved from (https://www.britannica.com/place/venus_planet).
53. [Official
Paper]:- Landis, G.A. & Colozza, A. &
LaMarre, C.M. (2002, June). Atmospheric flight on Venus.
54. [Official
Paper]:- Landis, G.A. & Kenneth, C. (2007). Venus
Surface Power and Cooling Systems. [Paper available online at http://www.sciencedirect.com].
55. Engheim,
E. (2018, June 27). Geology and metal
extraction from Venus planetary surface. Retrieved from (https://medium.com/@jernfrost/geology-and-metal-extraction-from-Venus-planetary-surface-5dc363f903f6).
56. Wikipedia
(at 2019, February). Retrieved from (https://en.wikipedia.org/wiki/cryolite
).
57. Zubrin,
R. (1996, May/June). The Promise of Mars. (From
ad astra). Retrieved from
(https:/space.nss.org/the-promise-of-mars-by-robert-zubrin/).
58. Mehyar,
M. & Madanat, M. (2015). Basalt. Retrieved
from (https://www.memr.gov.jo).
59. ‘Data
Research Analyst’. (). Industrial
applications of Sulfuric acids. Retrieved from (https://www.worldofchemicals.com/430/Chemistry_articles/industrial-applications-of-sulfuric-acid.html).
60. Menon,
R. (2017, November 22). What’s the role of
H2SO4 in etherification? Retrieved from (https://www.quora.com/what-is-the-role-of-H2SO4-in-etherification).
61. Hydrogen
Sulphide and Carbonyl Sulphide. (). Retrieved from
(https://www.atsdr.cdc.gov>tp114-c5).
62. Royal Society of Chemistry. (2019). Periodic Table: Carbon. Retrieved
from (http://www.rsc.org/periodic-table/element/6/carbon).
63. Joel
Pearman.(2016, November 10). What
is Sulfur? What are some uses? Retrieved from
(https://www.quora.com/What-is-sulfur-What-are-some-uses).
64. Ulrich,
T. (2017, January). Can building
materials be extracted from Venus’s atmosphere? Retrieved from (https://www.quora.com/can-building-materials-be-extracted-from-venuss-atmosphere).
65. Moskalenko,
G. (1981). Airship for Venus. “Science
and Life”, no.9, pp.85-87. (Originally in Russian). Retrieved from (https://epizodyspace.ru/bibl/n_i_j/1981/9/9-dir.html).
66. [Official
Paper]:- Landis, G.A. & Colozza, A.J. (2006,
November). Evaluation of Long Duration flight on Venus.
67. Orwig,
J. (2014, December 18). NASA’s incredible
futuristic and totally real plan to establish a human colony on Venus. Retrieved
from (https://www.businessinsider.com/colony-on-venus-2014-12?pundits_only=0&comments_page=1#comment549449b082e985f24082ff87).
68. [Official
Paper]:- Lugo, R.A. &Ozoroski, T.A.
&VanNorman, J.W. & Arney, D.C. & Dec, J.A. & Jones, C.A.
&Zumwalt, C.H. (2015). High Altitude Venus Operations Concept Trajectory
Design, Modelling, and Simulation. [Paper available online and for download
at https://ntrs.nasa.gov/archive/nasa/nasa/casi.ntrs.nasa.gov/20150006858.pdf].
69. Retrieved
from (https://www.spacex.com/mars
).
70. Retrieved
from (https://www.mars-one.com/).
71. Retrieved
from (https://www.marssociety.org/
).
New Picture
Credits
·
Page 24 (Fig.1). Retrieved from (https://upload.wikimedia.org/wikipedia/en/2/2f/Project_for_Floating_Cloud_Structures_%28Cloud_Nine%29.jpg).
·
Page 26 (Fig. 2). Retrieved from (https://worldbuilding.stackexchange.com/questions/36667/can-cloud-nine-be-built).
·
Page 37. Retrieved
from: -Landis, G.A. & Colozza, A. & LaMarre, C.M. (2002, June). Atmospheric
flight on Venus).
·
Page 43. Retrieved
from: - Landis, G.A. (2010, January). Low-altitude Exploration of the Venus
atmosphere by Balloon. [Paper available online and for download at https://ntrs.gov/search.jsp?R=20110016033].
·
Pages 69, 69. Retrieved from (https://solarsystem.nasa.gov/basics/chapter4-1/).
·
Page 89. Retrieved
from: - Landis, G.A. (2010, January). Low-altitude Exploration of the Venus
atmosphere by Balloon. [Paper available online and for download at https://ntrs.gov/search.jsp?R=20110016033].
·
Pages 174, 175 (Fig. 3),
179. Retrieved from Arney, D. & Jones, C.
(2015). HAVOC: High Altitude Venus Operational Concept – An Exploration
Strategy for Venus. SPACE 2015: AIIA Space and Astronautics Forum and
Exposition. 31 August- 2 September, 2015. Pasadena, California. [Paper
available online and for download at https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20160006329].
Old Bibliography
1.
[Recommended]
Walker, R. (2014,
January 12). Will we build colonies that float over Venus like Buckminster
Fuller’s “Cloud Nine?” Retrieved
from (https://www.science20.com/robert_inventor/will_we_build_colonies_that_float_over_venus_like_
buckminster_fullers_cloud_nine-127573)
2.
Sharp, T. (2017, December 14). How far away is Mars?
Retrieved
from (https://www.space.com/16875-how-far-away-is-mars.html)
3.
Redd, N.T. (2012, November 16). How far away is Venus?
Retrieved
from (https://www.space.com.cdn.ampproject.org)
4.
Retrieved from ( https://en.wikipedia.org/wiki/hohmann_transfer_orbit)
5.
Williams, M. (2017, April 7). When will Mars be close to Earth? Retrieved
from (https:// www.universetoday.com/1480/when-will-mars-be-close-to-earth-1)
6.
Cain, F. (2017, March 16). How long does it take to get to Mars? Retrieved
from (https://www.universetoday.com/1481/how-long-does-it-take-to-get-to-mars/)
7.
Dunbar, B. (2018, June 11). The Human body in space. Retrieved
from (https://www.nasa.gov/nrp/body_in_space)
8.
See reference [13]
9.
Mistakenly added. No mention of ‘[9]’ in the entire book!
10.
[Official Paper] Hassler, D.M. & Zeitlin, C. & Wimmer-Schweingruber, R.F. &
Ehresmann, B. & Rafkin, S. & Eigenbrode, J.L. & Brinza, D.E. &
Weigle, G. & Böttcher, S. & Böhm, E. & Burmeister, S. & Guo, J.
& Köhler, J. & Martin, C. & Reitz, G. & Cucinotta, F.A. &
Myung-Hee, K. & Grinspoon, D. & Bullock, M.A. & Posner, A. &
Gómez-Elvira, J. & Vasavada, A. & Grotzinger, J.P. & MSL Science
Team. (2013, November 12). Mars’ Surface Radiation Environment Measured with
the Mars Science Laboratory’s Curiosity Rover.
11.
[Official Paper] Dartnell, L.R. & Nordheim, T.A. & Patel, M.R. & Mason, J.P.
& Coates, A.J. & Jones, G.H. (2015, September) Constraints on a
potential aerial biosphere on Venus.I.Cosmic Rays. [Paper available online
and for download at: http://researchgate.net/publication/278333688_constraints_
on_ a_ potential_ aerial_ biosphere_ on_ Venus_I_Cosmic_ Rays].
12.
Williams, M. (2016, January 1). How strong is gravity in other
planets? Retrieved from (https://phys.org|news/2016-01-strong-gravity-planets.html)
13.
Retrieved from (https://en.m.wikipedia.org/wiki/Venus)
14. Retrieved from (https://en.m.wikipedia.org/wiki/Mars)
15. ‘Tidlewave’
(2016, February 3) How to produce oxygen out of Venusian atmosphere’s carbon
dioxide? Retrieved from (https://stockexchange.com/questions/13865/how-to-produce-oxygen-out-of-venusian-atmospheres-carbon-dioxide)
16. Retrieved
from (https://en.m.wikipedia.org/wiki/formaldehyde)
17. Retrieved
from (https://en.m.wikipedia.org/wiki/oxygen_toxicity)
18. [Official
Paper] Landis, G.A. (2010, January). Low-altitude
Exploration of the Venus atmosphere by Balloon. [Paper available online and
for download at https://ntrs.gov/search.jsp?R=20110016033]
19. [Official
Paper] Wikram, L.A. (2006). Human Performance
Considerations for Mars mission [Paper available online and for download at
https://www.apu.edu/static/src/sites/research-science/downloads/human
performance mars mission.pdf]
20. [Official
Paper] Levine, J.S. (2017). Dust in the
atmosphere of Mars and its impact on human exploration: A review of earlier
studies. [Paper available online and for download at https://www.hou.ursa.edu/meetings/marsdust2017/pdf/6007.pdf]
21. Retrieved
from (https://en.wikipedia.org/wiki/planetary_protection)
22. [Official
Paper] Yung, Y.L. & Yang, D. & Lee, C.
& Liang, M.C. & Chen, P. (2016, September 2). The Sulphur Cycle on
Venus: New insights from Venus Express. [Paper available online and for
download at https://www.researchgate.net/publication|252473703704_the_sulphur_cycle_on_venus_new_insights_from_venus_express]
23. [Recommended]
Walker, R. (2014, January 12). If there is life on
Venus Cloud Tops-Do we need to protect Earth- or Venus- Could returned XNA mean
goodbye DNA for instance? Retrieved from (https://www.science20.com/robert_inventor/blog/if_there_life_in_venus_cloud_tops_do_we_need_to_protect_earth_or_venus_could_returned_xna_mean_goodbye__)
24. Retrieved
from (https://en.wikipedia.org/wiki/Life_on_venus)
25. [Official Paper] Landis, G.A. &
Colozza, A. & LaMarre, C.M. (2002, June). Atmospheric flight on Venus.
26. [Recommended]
Moskalenko, G. (1981). Airship for Venus. “Science
and Life”, no.9, pp.85-87. (Originally in Russian) Retrieved from (https://epizodyspace.ru/bibl/n_i_j/1981/9/9-dir.html).
27. [Official
Paper] Landis,
G.A. & Colozza, A.J. (2006, November). Evaluation of Long Duration
flight on Venus.
28. Orwig,
J. (2014, December 18). NASA’s incredible futuristic, and totally real plan
to establish a human colony on Venus. Retrieved from (https://www.businessinsider.com/colony-on-venus-2014-12?pundits_only=0&comments_page=1#comment549449b082e985f24082ff87)
29. [Official
Presentation] Arney, D. & Jones, C. (2015). HAVOC:
High Altitude Venus Operational Concept – An Exploration Strategy for Venus.
SPACE 2015: AIIA Space and Astronautics Forum and Exposition. 31 August- 2
September, 2015. Pasadena, California. [Paper available online and for download
at https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20160006329].
30. [Official
Paper] Lugo,
R.A. & Ozoroski, T.A. & VanNorman, J.W. & Arney, D.C. & Dec,
J.A. & Jones, C.A. & Zumwalt, C.H. (2015). High Altitude Venus
Operations Concept Trajectory Design, Modelling, and Simulation. [Paper
available online and for download at https://ntrs.nasa.gov/archive/nasa/nasa/casi.ntrs.nasa.gov/20150006858.pdf]
31. Sagan,
C. (1994). Pale Blue Dot: A vision of the human future in space. [Ballantine
Books; The Random House Publishing Group]. Pages 138-148.
32. Retrieved
from [https://en.wikipedia.org/wiki/venus_(mythology)
].
33. Sagan,
C. (1995). Cosmos. [London: Abacus].
Pages 110-118, & Pages 127-131.
34. Retrieved from (https://en.wikipedia.org/wiki/claus_process
)
35. Retrieved
from (https://www.britannica.com/place/venus_planet)
36. Engheim,
E. (2018, June 27). Geology and metal extraction from Venus planetary
surface. Retrieved from (https://medium.com/@jernfrost/geology-and-metal-extraction-from-Venus-planetary-surface-5dc363f903f6)
37. Ulrich,
T. (2017, January). Can building materials be extracted from Venus’s
atmosphere? Retrieved from (https://www.quora.com/can-building-materials-be-extracted-from-venuss-atmosphere)
38. Retrieved
from (https://en.wikipedia.org/wiki/geodesic_domes )
39. Retrieved
from [https://en.wikipedia.org/wiki/cloud_nine_(tensegrity_sphere)
]
40. Baldwin,
J. (1997). Buckyworks: Buckminster Fuller’s ideas for today.[John Wiley
and Sons]. Page 190.
41. Retrieved
from (https://en.wikipedia.org/wiki/cryolite )
42. Retrieved
from (https://en.wikipedia.org/wiki/aluminium )
43. Retrieved
from (https://en.wikipedia.org/wiki/iron )
44. Retrieved
from (https://en.wikipedia.org/wiki/silicon )
45. [Official
Paper] Landis,
G.A. & Kenneth, C. (2007). Venus Surface Power and Cooling Systems. [Paper
available online at http://www.sciencedirect.com].
46. Retrieved
from (https://en.wikipedia.org/wiki/global_catastrophic_risk
).
47. Retrieved
from (https://www.spacex.com/mars
).
48. Retrieved
from (https://www.mars-one.com/).
49. Retrieved
from (https://www.marssociety.org/
).
[a] Kurzgesagt-in a nutshell (Retrieved
from https://www.youtube.com/watch?v=NtQkz0aRDe8&t=243s )
Old Picture
Credits
·
Page 14
(Fig. 1). © Babak Tafreshi. Retrieved from https://qph.fs.quoracdn.net/main-qimg-2df48165d8b36c265837797fa3592651
·
Page 15
(Fig. 2). Photograph was taken by David
Chabot. Retrieved from (http://en.es-static.us/upl/2018/07/mars-7-21-2018-Dennis-Chabot-e1532244737900.jpghttp://img.gawkerassets.com/img/18rmo40lthw2hjpg/ku-xlarge.jpg).
·
Page 17 (Fig.3). Mariner
10.
Retrieved from (https://upload.wikimedia.org/wikipedia/commons/e/e5/Venus-real_color.jpg).
·
Page 19
(Fig.4). Venera 13. Retrieved from (https://i.redd.it/iqpadr2wvykz.jpg).
·
Page 20
(Fig.5). Retrieved from (https://ichef.bbci.co.uk/news/660/cpsprodpb/656B/production/_83736952_
volcano.jpg).
·
Page 25
(Fig.6). Retrieved from (https://solarsystem.nasa.gov/basics/chapter4-1/).
·
Page 32
(Fig.10). Retrieved from reference [18].
·
Page 43
(Fig.14). Retrieved from reference [18].
·
Page 54
(Fig.15). Retrieved from (https://en.wikipedia.org/wiki/Martian_soil#/media/File:PIA17944-MarsCuriosityRover-AfterCrossingDingoGapSanddune-20140209.jpg).
·
Page 55
(Fig.16). Retrieved from (https://static01.nyt.com/images/2018/07/27/science/27MARS3/merlin_141745833_3b157fac-922e-4bae-b726-2a1dfbffcbcb-jumbo.jpg?quality=90&auto=webp).
·
Page 56
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