The scientific fact that the Philippines is the "center of the center of marine biodiversity" plays a central role in Timothy Jay Schwab's claim that the Philippines is the land of creation and thus the location of the Garden of Eden, Ophir, Tarshish, etc. So central is this to his thesis that the second video The God Culture produced to promote their new book "The Search for King Solomon's Treasure" is focused on this claim.
https://www.youtube.com/watch?v=zCgbHXVJePo |
Where did creation occur? Marine life survived the flood. The center of the center of marine biodiversity on the entire planet is the Philippines. Epicenter of the coral triangle. The Philippines land of creation.
https://www.youtube.com/watch?v=tz2Bmcm05_A |
4:23 So if we want to know the origin of man and animals the land of creation we know exactly where to look it's not difficult. We don't go looking for bones of man or land animals who rebooted during the flood as all but what was on the ark was wiped out but those creatures which were not wiped out by the flood, marine species. Find the most diverse population of marine life on earth and you have actually found the land of creation. Now, see that is science, observation, and even logic.
6:59 The Carpenter report on environmental biology of fishes reports "The Philippines is not only part of the center but is, in fact the epicentre of marine biodiversity, with the richest concentration of marine life on the entire planet." See not actually debatable is it. The Philippines is the land of creation
Carpenter Report |
Analysis of distribution data for 2983 species reveals a pattern of richness on a finer scale and identifies a peak of marine biodiversity in the central Philippine Islands and a secondary peak between peninsular Malaysia and Sumatra. This pattern is repeated in diverse habitat and higher taxa classes, most rigorously for marine shore fishes, supporting geohistorical hypotheses as the most general unifying explanations.
From the Methods section:
Related to the area of accumulation hypothesis is that the IMPA also serves as an area of refuge (Bellwood & Hughes 2001) because it encompasses the most extensive and diverse tropical shallow water marine habitat on earth.
pg. 5-6
Analysis of the 2983 combined ranges reveals the central Philippines as the area of highest diversity and endemism (Figure 5a, b). A secondary area of high diversity is located between the tip of Malaysia and Sumatra and extends along north- eastern Sumatra and northern Java (Figure 5a). Both diversity centers are repeated in subsets of data based on distribution, habitat, all inverte- brate taxa, and shore fishes.
pg. 6
Because of its greater area, Indonesia may eventually be shown to have a greater overall marine biodiversity than the Philippines. However, there is a higher concentration of species per unit area in the Philippines than anywhere in Indonesia, including Wallacea, according to our study.
pg.8
The hypothesis that the IMPA is a center of origin is not falsified by the central Philippine epicenter of diversity. However, it is not readily apparent why geological events that promoted allopatric speciation may have been more prevalent in the Philippines than in Wallacea.
pg.10
The overall conclusion from our study is that the diversity found in the IMPA is likely a combination of many processes, as evidenced by the secondary center of diversity we observed. However the higher number of species per unit area in the Philippines than elsewhere in the IMPA indicates that concentrated allopatric speciation and island integration across the Philippine archipelago appears to have played an important role in shaping the diversity of the IMPA. These hypotheses warrant further testing through refined vicariance biogeography methods and molecular phylogeographic approaches.
pg. 13
The top 10% of species richness is in shades of red and yellow and the remaining decreasing increments of species richness are indicated by lighter shades of blue. The greatest diversity is red (1693 to 1736 species), followed by pink (1650 to 1692 species), yellow (1606 to 1649 species), and light yellow (1563 to 1605 species).
pg.7
We analyze the state of knowledge of marine biodiversity based on the geographic distribution of georeferenced species records and regional taxonomic lists. A total of 12,046 marine species are reported in this paper for the Caribbean region.The total number of endemic species for those taxa is 1,563, which represents 25.6% of the species for these groups.
Mediterranean Sea |
A rough estimate of more than 8,500 species of macroscopic marine organisms should live in the Mediterranean Sea, corresponding to somewhat between 4% and 18% of the world marine species. This is a conspicuous figure if one considers that the Mediterranean Sea is only 0.82% in surface area and 0.32% in volume as compared to the world ocean.
As a result, the Mediterranean Sea is considered as a true hotspot of biodiversity [1, 2, 10], even by virtue of the high rates of endeCism it supports (an estimated 20–30% of marine species in the Mediterranean are considered endemic to the Basin.)
pg. 270 |
2 Esdras narrows this down to a percentage we can understand. Only one-seventh of the Earth before the Flood was water which is approximately 15%. This is extremely significant as there are many who lose sight that the ocean did not exist at that time but was formed by the flood.The reason this matters is Genesis 2 is depicting the only major aqua nerve system on the Earth at that time.
pg. 270-271
2 Esdras 6:42 Upon the third day thou didst command that the waters should be gathered in the seventh part of the earth: six parts hast thou dried up, and kept them, to the intent that of these some being planted of God and tilled might serve thee.
2 Esdras:14:21: For thy law is burnt, therefore no man knoweth the things that are done of thee, or the work that shall begin.37: So I took the five men, as he commanded me, and we went into the field, and remained there.
38: And the next day, behold, a voice called me, saying, Esdras, open thy mouth, and drink that I give thee to drink.
42: The Highest gave understanding unto the five men, and they wrote the wonderful visions of the night that were told, which they knew not: and they sat forty days, and they wrote in the day, and at night they ate bread.
43: As for me. I spake in the day, and I held not my tongue by night.
44: In forty days they wrote two hundred and four books.
45: And it came to pass, when the forty days were filled, that the Highest spake, saying, The first that thou hast written publish openly, that the worthy and unworthy may read it:
46: But keep the seventy last, that thou mayest deliver them only to such as be wise among the people:
47: For in them is the spring of understanding, the fountain of wisdom, and the stream of knowledge.
48: And I did so.
Genesis 1:10 KJVAnd God called the dry land Earth; and the gathering together of the waters called he Seas: and God saw that it was good.
Hebrew:yam: יָם:sea, mighty river (Nile), salt sea.
The Hebrew yam can mean sea but it is also used for mighty river and even the Salt Sea or Dead Sea who is not a sea but a lake. Yam is obviously a generic word referring to a large body of water not narrowing down the specifics nor does such requirement exist. The word is not a definitive word for ocean nor does Genesis 1-6 ever describe an ocean but five mega-rivers which we will locate with perhaps lakes we call basins today.
pg. 271
49: Then didst thou ordain two living creatures, the one thou calledst Enoch, and the other Leviathan;
50: And didst separate the one from the other: for the seventh part, namely, where the water was gathered together, might not hold them both.
51: Unto Enoch thou gavest one part, which was dried up the third day, that he should dwell in the same part, wherein are a thousand hills:
52: But unto Leviathan thou gavest the seventh part, namely, the moist; and hast kept him to be devoured of whom thou wilt, and when.
https://www.livescience.com/32167-can-saltwater-fish-live-in-fresh-water.html |
Some fish species can live in both freshwater and saltwater. These species are called euryhaline fish. However, most fish species can only survive in one or the other based on their salinity tolerance, or how much salt their bodies can handle.
Most fish that can only tolerate narrow ranges of salinity and are highly sensitive to any changes in the levels of salt to the water in which they dwell. These fish are known as stenohaline species and include goldfish, which can live only in a freshwater environment.
Reversely, tuna can exist exclusively in saltwater, according to the NMFS.
In fact, freshwater fish will often be unable to survive if the salinity levels of their surrounding water reaches more than .05 percent, according to the National Biological Information Infrastructure (NBII).
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