Brazil's geological structure exhibits a similarity to that of the South American plateau. More than half of the country's rock formations formed in the Precambrian Period (4.6 billion to 543 million years ago). Brazil's lower stratum consists of metamorphic and igneous rocks, with a stratum of sedimentary rock on top: Some sedimentary rock layers date back to the Precambrian, while others formed more recently.
A large number of Precambrian microfossil (belonging to microscopic organisms) zones have been identified from rocks in the Sao Francisco region. Two other major fossil fields in Brazil are the Santana and Crato formations.
In the Santana Formation, which lies in the Araripe Basin, the majority of the fossils date back to the Cretaceous Period (146 to 65 million years ago). One significant feature of the Santana Formation is that it contains well-preserved fossil specimens of more than 25 species of fish. The Santana Formation fossils also include various reptiles, amphibians, invertebrates and plants.
(small picture) During researches made in the Araripe region, well-preserved fossils of more than 25 fish species were uncovered. One of the important fossil areas in the Araripe region is in Ceara.
Until recently, the Crato Formation was considered part of the Santana Formation. However, research in this area has revealed strata containing fossil insects that lived in the very earliest times. This insect fauna has led Crato to be considered a distinct formation of its own. In addition to the insect fauna, fossil spiders, scorpions, crabs and many plant species have been obtained from this fossil bed.
a) Numerous fossils found in Santana reveal that today's living creatures have not undergone evolution.
b) The Nova Olinda quarry, where many fossils were uncovered.
c) Limestone containing fossil specimens, unearthed from the Crato Formation.
Fossils, hundreds of millions of years old, obtained from the fossil beds in Brazil once again demonstrate that there is no scientific foundation to the claim that living things evolved gradually from a common ancestor. The fossils refute the idea that living things evolved, and corroborate creation.
Bush Cricket Age: 128 million years old The bush cricket, which belongs to family Tettigoniidae, has more than 225 species in North America alone. But the majority of these beetles inhabit tropical regions. |
Cockroach Age: 108 – 92 million years old Brazil's Araripe Basin is home to a fantastic array of exquisitely-detailed Early Cretaceous fossils, some of which have been preserved in three dimensions. The pronotum (head shield) and the venation of the wings of this cockroach can be examined in detail. |
Fly Age: 125 million years old The fossil record shows that the winged insects appeared simultaneously with wingless ones, both at once. This occurrence invalidates the claim that wingless insects evolved their wings over time and eventually transformed into flying species. The fossilized fly shown in this photo is just one of the prehistoric discoveries that refute the evolutionists. |
Cockroach Age: 146 to 65 million years old The 146-65 million-year-old cockroach in the picture is identical to its living examples. Cockroaches have exhibited the same structural features for millions of years, proving that evolution never actually took place. |
Grasshopper Age: 108 – 92 million years old The 108 – 92 million-year-old grasshopper in the picture is evidence that grasshoppers have always existed as grasshoppers. Remaining unchanged for millions of years, grasshoppers are showing us that they are created, not evolved. |
Lacewing (Chrysopa) Age: 125 million years old Insects, a great many species of which are encountered in the fossil record, do not, as evolutionists maintain, share any common ancestor. Each species appears in the fossil record suddenly and with its own unique characteristics, and it never changes for so long as it survives. The 125-million-year-old fossil in the picture is one of the proofs of this. It is impossible to espouse the Darwinist scenario in the face of this evidence. |
Scorpion Age: 110 million years old One of the oldest known scorpion fossils is 320 million years old. The one pictured is 110 million years old. Scorpions living 320 million years ago, 110 million years ago and today are exactly the same. Unchanged for so many millions of years, scorpions are solid evidence of creation. |
Cockroach Age: 108 – 92 million years old One of the fossils of cockroaches demonstrating that the theory of evolution is imaginary, is this one pictured, 108 to 92 million years old. It is no different from living examples. |
Cockroach Age: 128 million years old If an organism undergoes no changes for millions of years, retains its structure in spite of all kinds of environmental changes, it's impossible to say that it has evolved. Millions of fossil examples belonging to thousands of organisms prove this impossibility. |
Aquatic Beetle Age: 108 – 92 million years old Aquatic beetles spend most of their lives in the water. In North America, there are 500 known species, and some 5,000 species worldwide. They can breathe under the water using an air bubble they've trapped on the water surface. These beetles which have exquisitely complex systems, have retained the same perfect features for millions of years. The fossil aquatic beetle pictured is evidence that these beetles today are just the same as they were 108-92 million years ago and have never undergone evolution. |
Grasshopper Age: 108 - 92 million years old The grasshopper fossil pictured is between 108 and 92 million years old. And like all other creatures that have come down through the ages unchanged, this grasshopper demonstrates to Darwinists that the species never underwent evolution. |
Cockroach Age: 125 million years old One insect that has remained the same for millions of years is the cockroach. Fossil roaches 320 million years old have been found. The impact of cockroaches on the theory of evolution has been described thus in Focus magazine: In theory, various elements of pressure such as changing environmental conditions, hostile species and competition between species should lead to natural selection, the selection of species advantaged by mutation, and for these species to undergo greater change over such a long period of time. YET THE FACTS ARE OTHERWISE. Let us consider cockroaches, for example. These reproduce very quickly and have short life spans, yet they have remained the same for approximately 250 million years. ("Evrimin Cikmaz Sokaklari: Yasayan Fosiller" [Cul-de-sac of evolution: Living Fossils], Focus, April 2003)
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Grasshopper Age: 125 million years old Grasshoppers, which belong to the order Orthoptera, appear with the same structure in the fossil record for millions of years. Grasshoppers mostly inhabit tropical regions, but can be seen in different regions around the globe. |
Grasshopper Age: 125 million years old This 125-million-year-old fossil is evidence that grasshoppers have always existed as grasshoppers. In the face of this, it is impossible for the evolutionists to make a logical explanation. |
Long-Horned Grasshopper Age: 125 million years old These grasshoppers' most distinctive features are their long, thin antenna that are almost twice the length of their bodies. Like all other grasshoppers, long-horned grasshoppers have been the same for millions of years. This photo demonstrates there's no difference between the grasshoppers of 125 million years ago and ones living today. |