Sorry it has taken me awhile to get back to you. I have serious health issues. That is why I am so sporadic on here. I ask your forgiveness on that. It is something I can't help or control. I wish I didn't have these issues. Yet at the same time. I have dedicated them to God's glory and He does that continually. So despite the pain and constant problems, God uses me through it. I wouldn't change that as compared to what He did for me. This is a small cross to bear for Him and it puts me where I can help others I wouldn't meet otherwise. Anyway, here is a response. I hope it helps. But I do want real science answers...
Sorry to hear about your illness. But it seems understandable to me that you have much vested interest in keeping your faith for various reasons, and that this is far more compelling an issue for you than learning science is. So, I really don't know how many things I'm actually going to respond to...
A problem for evolutionist, esp considering the order you say things evolved. These couldn’t have stayed alive or survived long enough w/o the other due to long time span between! Animals and plants
Visitors to the southwestern United States are often awed by the imposing yucca plant. At its base is a rosette of stiff, sword shaped leaves with a tall stem containing clusters of white, waxy flowers. The yucca plant can only be pollinated by ONE insect, the yucca moth, because the nectar glands can only be reached by the proboscis (sucking mouth part) of this moth. Likewise, the yucca moth requires the yucca plant for its reproductive cycle and for food.
When the moth visits the yucca flower it collects pollen and carries the tiny pollen balls from plant to plant. After the female lays her four to five eggs in the yucca flower’s ovary, she deposits her pollen ball on the tip of the flower’s pistil, thus pollinating the yucca flower. The seeds then start developing at the same time the moth larvae develop. The seeds are the only source of food for the larvae. These seeds were made possible only by the pollen the female moth had earlier deposited. The larvae eat about half of the 200 seeds produced. The yucca plant could not survive without the yucca moth, and the yucca moth could not survive without the yucca plant.
If evolution were true, which came first? Both the yucca plant and the yucca moth had to be fully functioning from the beginning for this complex symbiotic relationship. God displays creativity in what He has made because He wants His existence apparent to all.
This isn't really as much of a problem as your seem to think it is.
"In biology,
coevolution is "the change of a biological object triggered by the change of a related object.".
[1] In other words, when changes in at least two species’ genetic compositions reciprocally affect each other’s evolution, coevolution has occurred.
There is evidence for coevolution at the level of populations and species. For example, the concept of coevolution was briefly described by
Charles Darwin in
On the Origin of Species, and developed in detail in
Fertilisation of Orchids.
[2][3][4] It is likely that
viruses and their hosts may have coevolved in various scenarios.
[5]
However, there is little evidence of coevolution driving large-scale changes in Earth's history, since abiotic factors such as mass extinction and expansion into
ecospace seem to guide the shifts in the abundance of major groups.
[6] One specific example is the evolution of high-crowned teeth in grazers when grasslands spread through North America. Long held up as an example of coevolution, we now know that
these events happened independently.
[7]
Coevolution can occur at many biological levels: it can be as microscopic as correlated mutations between amino acids in a protein, or as macroscopic as covarying traits between different species in an environment. Each party in a coevolutionary relationship exerts
selective pressures on the other, thereby affecting each other's evolution. Coevolution of different species includes the evolution of a
host species and its
parasites (
host–parasite coevolution), and examples of
mutualism evolving through time. Evolution in response to
abiotic factors, such as
climate change, is not biological coevolution (since climate is not alive and does not undergo biological evolution).
The general conclusion is that coevolution may be responsible for much of the genetic diversity seen in normal populations including: blood plasma polymorphism, protein polymorphism, histocompatibility systems, etc.
[8]
The parasite host relationship is probably what drove the prevalence of sexual reproduction over the more efficient asexual reproduction. It seems that most sources determine that when a host is infected by a parasite, sexual reproduction affords a chance of resistance, through variation in the next generation, giving sexual reproduction viability for fitness not seen in the asexual reproduction, which would only generate another generation of the organism susceptible to infection by the same parasite.
[9]
Coevolution is primarily a biological concept, but has been applied by analogy to fields such as
computer science,
sociology /
International Political Economy[10] and
astronomy."
Coevolution - Wikipedia, the free encyclopedia
HOW DID THE YUCCA AND YUCCA MOTH RELATIONSHIP EVOLVE? The first fossil flowering plants appear in rocks formed 90-120 million years ago. Flowers improved a plant's ability to reproduce with variation. There were no pollinating bees and wasps, moths or butterflies prior to flowering plants, and the first pollinators were beetles. The gradual improvement in flowers' ability to attract insects, and the modification of insects to better pollinate flowers resulted in an evolutionary explosion in flowering plants and pollinating insects. North America, at that time, was a major site of flower evolution and the coevolution of the yucca and yucca moth began in southwestern North America.
The beneficial relationship has probably evolved recently in geological time. The primitive yucca plants most likely relied on wind to distribute pollen, fertilize flowers and produce seed. Today, only the moth can do this job.
There are close relatives of the yucca moth that mine the vegetative tissues of the plant; they are yucca "pests" and provide no benefits to the plants. The ancestors of the yucca moth almost certainly began as harmful feeders on yucca tissues but converted to feeding on seeds and eventually took over the pollination duties.
One possible scenario follows. The ancestral yuccas were plagued with small moth caterpillars that fed inside plants shoots. As with modern moths, there is some variation in each generation, and a few eggs are laid beyond the stems on blades and flower parts. Eggs laid in fertilized flowers discovered an untapped developing supply of seeds rich in protein, and their young survived in high numbers and reinforced this population of flower-inhabiting larval moths. The variant larval moths that ate seeds added a burden to the plant, but moths that moved from flower to flower also carried pollen with more accuracy than casting pollen to the wind. Such a tradeoff, perhaps only slightly in the plant's favor at first, became even greater as moth variants became more skillful at transfer of pollen, especially by selection for palps and behavior to comb the yucca pollen from anthers. Meanwhile, the yucca could save much energy by forming pollen that is gummy rather than fine and wind dispersed. To evolutionary biologists, confirming this sequence remains an exciting problem.
Vol 41, No 2 - Yucca Plant and the Yucca Moth - The Kansas School Naturalist | Emporia State University
This is what I found from 20 years ago...
More recently:
"The relationship between yucca plants
(Yucca and Hesperoyucca
spp.: Agavaceae) and yucca moths
(Tegeticula and Parategeticula
spp. [Lepi- doptera: Prodoxidae])
is often cited as a clas-
sic example of insect–plant coevolution and,
in particular, obligate mutualism (Powell
1992, Thompson 1994, Price 1996, Proc-
tor et al. 1996, Pellmyr 2003). Female yucca
moths exhibit morphological and behavioral
adaptations that ensure pollination of yucca
plants, which have highly modified flowers
that reduce the possibility of self-pollination
or passive pollen transfer by other insects
(Fig. 1). The ovaries of the plants serve as a
protected food source for the females’ off-
spring, which feed on seeds that develop as a
result of the pollinating activity of the female
moths."
http://entomology.wsu.edu/wp-content/uploads/2012/02/yucca2.pdf