.
.
S i t e  S e a r c h

A_B_C_D_E_F_G_H_I_J_K_L_M_N_O_P_Q_R_S_T_U_V_W_XYZ

List of Topics__Ask Suby__Free Stuff__Questions Lists
Terms of Use__________________Privacy Policy

C r e a t i o n  I n d e x

C r e a t i o n
p a g e  5 8

The Xenos peckii lives in paper wasps. The males mature inside the wasp and fly away, where they use their sense of smell to find a female to reproduce with, inside another wasp! And he has only about six hours to do this, or he's dead. Each of these little critters has 100 complete eyes! His eyes help him find the female once inside the wasp and before the six hours is up. Now who could design such a fantastic system with such a limited time schedule? If evolution be true would it have stopped at the first eye? If not, why not? Or why not stop at the 2nd? Or the fiftieth? And why would evolution not at least have given a couple more hours for this little fella to find a female? And why is the female so darn hard to find?

The Handicap Principle, 1997, by Amotz Zahavi, Professor of Zoology at the Institute for Nature Conservation Research at Tel Aviv University, Israel and Avishag Zahavi, former professor of Plant Physiology at the Volcanic Centre for Agricultural Research, Israel, Oxford University Press. An excellent book revealing their painstaking animal observations over 30 years.."Why do prey.(such as birds).give their positions away by continuous call out when a predator is spotted, long after the group has been warned and fled?" 

Thornbug:.(Umbonia crassioornis).common in Costa Rica's San Luis Valley, inserts her ovipositor into a stem of a tree to create a series of slits for her yet unhatched offspring to line up along these ready made feeding holes. How did the first thornbug know to do this before her young were hatched? And how did she first know that the wasp was her enemy? How did she first know how to defend herself against the wasp by kicking off the wasp? If it wasn't.inherent at inception, evolution must show us the steps to such complexity, as is evidenced in these two actions. 

The female thornbug makes her own distinct signals; a long series of rapid vibrational clucks, yet so strangely, only after the wasp has left. Why does the mother wait for the predator to leave before signaling to other thornbugs of the wasps presence? If this be a survival.(survival of the fittest).mechanism according to  evolution's theory, it works inversely.proportionate to his theoretical postulates. And the female thornbug has such an impressive vocabulary of hundreds of sounds

The theoretical difficulty regarding the evolution of warning calls to spread through a population by natural selection is, that the trait to call out when a predator is spotted has to improve the chances of survival to the individual callers who possess it. But we see the investment in so called warning calls is made by the callers while the benefit goes to the predator. Some of the birds even have no one to warn, being solitary, yet alert predators as to their location. 

An example against the adaption evolution suggests is the stotting of animals.(stotting involves a barking, thumping, jumping high on all four legs).like the Gazelle.(a small swift, graceful antelope {deer like animal} of Africa).when it is noticed by a wolf. The strength of the gazelle is shown and the wolf will chose a gazelle who appears weakened by non stotting or weak stotting. In this way it has been observed a gazelle reveals itself to a predator that might not otherwise spot it. The gazelle communicates to its predator telling the wolf that he has lost his chance at surprise to a well fit gazelle able to outrun him. But why notify the wolf, when its been observed that the gazelle was unspotted by the wolf until the stotting? Why not immediately flee without all the stotting? 

Birds:.Some birds copy songs and others improvise or make songs up!

Don Kroodsma, University of Massachusetts discovered that he could play 50 songs to the baby marsh wren and he'd learn all 50 quite well!."He soaks up whatever you present to him, until he reaches his limit. But the marsh wren's closest cousin, the sedge wren, sticks to his own unique song patter, stubbornly refusing to copy any others.".... 'Tweets For My Sweet',.New Scientist Magazine.(newscientist.com), April 8, 2000.

And this bird, wow! How can you believe what it does?

Why should two very closely related birds, with similar sounding songs and mating behavior differ so radically when it comes to their musical inventiveness? Was it divergence in development.(from a common ancestor), or is it distinctiveness of design

Except for some populations that migrate south in the autumn, returning each year to the same haunt, marsh wrens remain mostly local, unlike their cousins the sedge wrens, who are nomadic, going where the food is abundant, wherever that may be from year to year. They migrate also, but seldom return to the same site.

"Studies of songbirds at the Hatziva in the Anava Valley of southern Israel show all members participate in defense of their territory and show other altruistic acts including feeding other adult members of their group and standing guard while the rest of the group is feeding."....The Handicap Principle.

ruppels griffonThe Ruppel's Griffon vulture can fly over 5.5 miles high.(11.2 km), found out by it colliding with an airplane at that height.

One of the largest extant flying birds is the Andean condor, with a wingspread of up to 10.5 ft.(3.2 m). The familiar turkey vulture is found from South America north to southern Canada.

Vultures are characterized by their bald heads, curved beaks and diet of carrion.(dead and decaying flesh). Microsoft® Encarta® Encyclopedia 99. © 1993-1998 Microsoft Corporation. All rights reserved.

The.African Honey Guide.bird searches for bees' nests using the help of, of all things, this badger, the Ratel. Which in evolution's history, if evolution was true, came first? The honey? The Ratel? or the Honey Guide bird?

The badger breaks open the bee hive, eating the honey and then the Honey Guide eats the larva and wax left behind. Such cooperation!

The.Peregrine Falcon.is speedier than the fastest land animal, the Cheetah, which can reach 60-70 miles per hour.(113 Km hr.) This falcon dives at 100 miles an hour.(160 km hr).and accelerates from standing still to 45 miles an hour.(90 km an hour).in 3 seconds! How fast does your car accelerate?

And the crazy woodpecker. What was God thinking with its design?


.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
*