Tardigrades decided to quit while they're a head?

Are Tardigrades "a Head" of Arthropods?:
Evolution News & Views January 24, 2016 2:54 AM

"Water bears" (phylum Tardigrada) are fascinating little creatures. Only about half a millimeter long, they look like aliens when magnified (see this BBC photo). They act like them, too; they are some of the toughest animals on Earth or in outer space. According to Wikipedia:

Tardigrades are notable for being perhaps the most durable of known organisms; they are able to survive extreme conditions that would be rapidly fatal to nearly all other known life forms. They can withstand temperature ranges from 1 K (−458 °F; −272 °C) to about 420 K (300 °F; 150 °C),[7] pressures about six times greater than those found in the deepest ocean trenches, ionizing radiation at doses hundreds of times higher than the lethal dose for a human, and the vacuum of outer space. They can go without food or water for more than 10 years, drying out to the point where they are 3% or less water, only to rehydrate, forage, and reproduce.

Consequently, they thrive everywhere. "They have been sighted from mountaintops to the deep sea, from tropical rain forests to the Antarctic" although they prefer lichens and mosses. They are found in hot springs and under layers of ice. By any measure, they are extremely successful colonizers of our planet, even though the name "tardigrade" means "slow walker." About 1,150 species have been described. See how they move in a short video from NPR's Science Friday and in beautiful color video clips at National Geographic, showing smooth, coordinated motion of their eight legs. Ecologically, they play a role as herbivores, consuming plant material and bacteria. You might be able to find some in your back yard with a magnifying glass.

Where do they come from? Fossils of tardigrades have been found in middle Cambrian strata from Siberia, 530 million years old. Stephen Meyer lists the phylum as a participant in the Cambrian explosion (Darwin's Doubt, p. 32). They may be related to the Burgess Shale animal Opabinia (animated in the film Darwin's Dilemma). Because they have body segments with legs, tardigrades are lumped with arthropods and onycophorans in a super-phylum called Panarthropoda, but there has been dispute about those relationships. Tardigrades seem like unique animals disconnected from others.

Now researchers from the University of North Carolina at Chapel Hill have a new origin story: tardigrades are degenerate arthropods. Their paper in Current Biology announces, "The Compact Body Plan of Tardigrades Evolved by the Loss of a Large Body Region," including the thorax and most of the abdomen. What remains is mostly an arthropod-like head with eight little legs.

The superphylum Panarthropoda (Arthropoda, Onychophora, and Tardigrada) exhibits a remarkable diversity of segment morphologies, enabling these animals to occupy diverse ecological niches. The molecular identities of these segments are specified by Hox genes and other axis patterning genes during development. Comparisons of molecular segment identities between arthropod and onychophoran species have yielded important insights into the origins and diversification of their body plans. However, the relationship of the segments of tardigrades to those of arthropods and onychophorans has remained enigmatic, limiting our understanding of early panarthropod body plan diversification. Here, we reveal molecular identities for all of the segments of a tardigrade. Based on our analysis, we conclude that tardigrades have lost a large intermediate region of the body axis--a region corresponding to the entire thorax and most of the abdomen of insects--and that they have lost the Hox genes that originally specified this region. Our data suggest that nearly the entire tardigrade body axis is homologous to just the head region of arthropods. Based on our results, we reconstruct a last common ancestor of Panarthropoda that had a relatively elongate body plan like most arthropods and onychophorans, rather than a compact, tardigrade-like body plan. These results demonstrate that the body plan of an animal phylum can originate by the loss of a large part of the body.

That's one way to get a head in life, but is it evolution? Darwin's tree wouldn't get very far by chopping off parts of animal body plans below the neck. They are suggesting that the original panarthropod had an elongate body, from which arthropods and onycophorans descended. Tardigrades are truncated remnants with just the head region. This is evolution in reverse!

If the authors had a more pro-Darwinian conclusion, they surely would have offered one, because their opening sentence sympathizes with Darwin's doubt:

Understanding the origin of animal body plans has been a longstanding issue in evolutionary biology, ever since Darwin struggled to reconcile his theory with the early fossil record of animals.

Yet they only offer a theory of evolution by reduction:

Our model of segment homologies suggests that the tardigrade body axis is reduced, relative to other panarthropods, comprising mostly anterior identity, in line with an earlier hypothesis based on nervous system anatomy. How did this evolve?.... The expression pattern of the posterior marker Hd-Abd-B1 suggests that posterior identity is retained in the posterior of the tardigrade body axis, which indicates that simple truncation is not the answer. Expression of the posterior marker caudal (cad) in a posterior region of the fourth leg-bearing segment (Figures 3H and 3I) confirms the retention of posterior identity.

What they are left with is removal of intermediate segments, leaving a head attached to a few posterior segments with legs. Did this come about through loss of Hox genes? No, they believe, "because Hox genes typically specify segment identities rather than regulate segment production." Instead, the Hox genes "might become dispensable when the segments they once specified are lost, leading to loss of such Hox genes through neutral processes." But panarthropods develop by adding segments onto the end. How does evolution chop out the middle of an animal? Things get complicated in their speculation:

We speculate that reduction, and ultimately loss, of terminal addition accounts for the loss of intermediate segments in the tardigrade lineage. In this view, most of the tardigrade body axis represents the short germband of other panarthropods, i.e., the few anterior segments that appear simultaneously during development before terminal segment addition commences. This model would require that the posterior region of the short germband be respecified as the posterior of the body axis, since segments with posterior-most identity are normally the last segments to emerge through terminal addition, and posterior identity is retained in tardigrades. Diversity in segment number in other panarthropods emerges in the body region that is produced through terminal addition. We speculate that the loss of terminal addition in the tardigrade lineage explains the invariant segment number of this phylum.

Basically, the first tardigrade was a head, and the back end of the head grew legs. It's a wild idea. We'll have to see if other evolutionists can swallow it. It seems odd that this would happen in the Cambrian and persist 530 million years till now. Wikipedia noted a tardigrade found in Cretaceous amber with parts that look identical to living ones. That's stasis, not evolution.

What researchers should be focusing on is the amazing design of these tiny animals. They have stubby legs with claws. They have a mouth and eyes. They lay eggs. They molt periodically. They have a digestive tract and sexual organs. They have muscles and nerves. That's a lot of specialized tissue to pack into half a millimeter! And to think that these are among the most durable animals on Earth, able to survive in habitats beyond all necessity for a Cambrian marine organism, including outer space -- that should challenge all notions of unguided evolution. Organisms should only adapt to their immediate circumstances, not to distant unknown habitats they might encounter some future day, or never.

Tardigrades are hard-core survivalists. The BBC News photo caption says, "Boil them, deep-freeze them, crush them, dry them out or blast them into space: tardigrades will survive it all and come back for more." The article struggles with Darwinian explanations for these superpowers.

How do these seemingly insignificant creatures survive in such extreme conditions, and why have they evolved these superpowers?....

They are truly ancient. Fossils of tardigrades have been dated to the Cambrian period over 500 million years ago, when the first complex animals were evolving. And ever since they were discovered, it has been clear that they are special....

Yet despite their rather tedious lifestyle, they have evolved to cope with environments so extreme, they don't even exist on Earth....


Evolutionists are stumped trying to answer such questions. The new theory of evolution by subtraction is likely to leave them falling further and further behind in explaining the wonders of life. Tardigrades give evidence of design perfection in miniature, and should be celebrated as such.

Yet more on abiogenesis.

On baptism:The Watchtower Society's commentary.

BAPTISM

The Greek baʹpti·sma refers to the process of immersion, including submersion and emergence; it is derived from the verb baʹpto, meaning “dip.” (Joh 13:26) In the Bible, “to baptize” is the same as “to immerse.” In illustration of this, The Holy Bible, An Improved Edition, renders Romans 6:3, 4 as follows: “Or, are ye ignorant, that all we who were baptized (immersed) into Christ Jesus were baptized (immersed) into his death? We were buried therefore with him through our baptism (immersion) into his death.” (See also Ro; ED.) The Greek Septuagint uses a form of the same word for “dip” at Exodus 12:22 and Leviticus 4:6. (See NW ftns.) When one is immersed in water, one is temporarily “buried” out of sight and then lifted out.

We shall consider four different aspects of baptism, together with related questions: (1) John’s baptism, (2) water baptism of Jesus and his followers, (3) baptism into Christ Jesus and into his death, (4) baptism with fire.

John’s Baptism. The first human authorized by God to perform water baptism was John the son of Zechariah and Elizabeth. (Lu 1:5-7, 57) The very fact that he was known as “John the Baptist” or “the baptizer” (Mt 3:1; Mr 1:4) implies that baptism or water immersion came to the attention of the people especially through John, and the Scriptures prove that his ministry and baptism came from God; they were not of John’s origin. His works were foretold by the angel Gabriel as from God (Lu 1:13-17), and Zechariah prophesied by holy spirit that John would be a prophet of the Most High to make Jehovah’s ways ready. (Lu 1:68-79) Jesus confirmed that John’s ministry and baptism were from God. (Lu 7:26-28) The disciple Luke records that “God’s declaration came to John the son of Zechariah in the wilderness. So he came . . . preaching baptism.” (Lu 3:2, 3) The apostle John states of him: “There arose a man that was sent forth as a representative of God: his name was John.”—Joh 1:6.

Further understanding of the meaning of John’s baptism is gained by comparing various translations of Luke 3:3. John came “preaching baptism in symbol of repentance for forgiveness of sins” (NW); “baptism conditioned on repentance” (CB); “baptism whereby men repented, to have their sins forgiven” (Kx); “baptism in token of repentance for the forgiveness of sins” (NE); “Turn away from your sins and be baptized, and God will forgive your sins” (TEV). These renderings make plain that the baptism did not wash away their sins, but the repentance and changing of their ways did, and of this, baptism was a symbol.

The baptism performed by John was therefore not a special cleansing from God through his servant John, but a public demonstration and symbol of the individual’s repentance over his sins against the Law, which was to lead them to Christ. (Ga 3:24) John thereby prepared a people to “see the saving means of God.” (Lu 3:6) His work served to “get ready for Jehovah a prepared people.” (Lu 1:16, 17) Such a work had been prophesied by Isaiah and Malachi.—Isa 40:3-5; Mal 4:5, 6.

Some scholars try to read anticipation of John’s baptism and the Christian baptism in ancient purification ceremonies under the Law (Ex 29:4; Le 8:6; 14:8, 31, 32; Heb 9:10, ftn) or in individual acts. (Ge 35:2; Ex 19:10) But these instances bear no analogy to the real meaning of baptism. They were washings for ceremonial cleanness. In only one instance is there anything approaching a dipping of the body completely under water. This is in the case of Naaman the leper, and the plunging into water was done seven times. (2Ki 5:14) It did not bring him into any special relationship with God, but it merely cured him of leprosy. Besides, Scripturally, proselytes were circumcised, not baptized. To partake of the Passover or engage in worship at the sanctuary one had to be circumcised.—Ex 12:43-49.

Neither are there any grounds for the assertion made by some that John’s baptism was probably borrowed from the Jewish sect the Essenes or from the Pharisees. Both of these sects had many requirements for ablutions to be performed often. But Jesus showed such to be mere commandments of men who overstepped the commandments of God by their tradition. (Mr 7:1-9; Lu 11:38-42) John baptized in water because, as he said, he was sent by God to baptize in water. (Joh 1:33) He was not sent by the Essenes or by the Pharisees. His commission was not to make Jewish proselytes but to baptize those who were already members of the Jewish congregation.—Lu 1:16.

John knew that his works were merely a preparing of the way before God’s Son and Messiah and would give way to the greater ministry of that One. The reason for John’s baptizing was that the Messiah might be made manifest to Israel. (Joh 1:31) According to John 3:26-30, the Messiah’s ministry would increase, but John’s ministry was to decrease. Those who were baptized by Jesus’ disciples during Jesus’ earthly ministry and who therefore also became Jesus’ disciples were baptized in symbol of repentance in the manner of John’s baptism.—Joh 3:25, 26; 4:1, 2.

Jesus’ Baptism in Water. The baptism of Jesus himself as performed by John must of necessity have had a meaning and purpose quite different from John’s baptism, as Jesus “committed no sin, nor was deception found in his mouth.” (1Pe 2:22) So he could not submit to an act symbolizing repentance. Undoubtedly it was for this reason that John objected to baptizing Jesus. But Jesus said: “Let it be, this time, for in that way it is suitable for us to carry out all that is righteous.”—Mt 3:13-15.

Luke states that Jesus was praying at the time of his baptism. (Lu 3:21) Further, the writer of the letter to the Hebrews says that when Jesus Christ came “into the world” (that is, not when he was born and could not read and say these words, but when he presented himself for baptism and began his ministry) he was saying, in accord with Psalm 40:6-8 (LXX): “Sacrifice and offering you did not want, but you prepared a body for me. . . . Look! I am come (in the roll of the book it is written about me) to do your will, O God.” (Heb 10:5-9) Jesus was by birth a member of the Jewish nation, which nation was in a national covenant with God, namely, the Law covenant. (Ex 19:5-8; Ga 4:4) Jesus, by reason of this fact, was therefore already in a covenant relationship with Jehovah God when he thus presented himself to John for baptism. Jesus was there doing something more than what was required of him under the Law. He was presenting himself to his Father Jehovah to do his Father’s “will” with reference to the offering of his own “prepared” body and with regard to doing away with animal sacrifices that were offered according to the Law. The apostle Paul comments: “By the said ‘will’ we have been sanctified through the offering of the body of Jesus Christ once for all time.” (Heb 10:10) The Father’s will for Jesus also involved activity in connection with the Kingdom, and for this service too Jesus presented himself. (Lu 4:43; 17:20, 21) Jehovah accepted and acknowledged this presentation of his Son, anointing him with holy spirit and saying: “You are my Son, the beloved; I have approved you.”—Mr 1:9-11; Lu 3:21-23; Mt 3:13-17.

Water Baptism of Jesus’ Followers. John’s baptism was due to be replaced by the baptism commanded by Jesus: “Make disciples of people of all the nations, baptizing them in the name of the Father and of the Son and of the holy spirit.” (Mt 28:19) This was the only water baptism having God’s approval from Pentecost, 33 C.E., forward. Some years after 33 C.E., Apollos, a zealous man, was teaching correctly about Jesus, but he had an understanding of only John’s baptism. On this matter he had to be corrected, as did the disciples whom Paul met at Ephesus. These men in Ephesus had undergone John’s baptism, but evidently after its valid performance had ended, since Paul’s visit to Ephesus was about 20 years after the termination of the Law covenant. They were then baptized correctly in the name of Jesus and received holy spirit.—Ac 18:24-26; 19:1-7.

That Christian baptism required an understanding of God’s Word and an intelligent decision to present oneself to do the revealed will of God was evident when, at Pentecost, 33 C.E., the Jews and proselytes there assembled, who already had a knowledge of the Hebrew Scriptures, heard Peter speak about Jesus the Messiah, with the result that 3,000 “embraced his word heartily” and “were baptized.” (Ac 2:41; 3:19–4:4; 10:34-38) Those in Samaria first believed Philip’s preaching of the good news, and then they were baptized. (Ac 8:12) The Ethiopian eunuch, a devout Jewish proselyte who, as such, also had knowledge of Jehovah and the Hebrew Scriptures, heard first the explanation of the fulfillment of these scriptures in Christ, accepted it, and then wanted to be baptized. (Ac 8:34-36) Peter explained to Cornelius that “the man that fears [God] and works righteousness is acceptable” (Ac 10:35) and that everyone putting faith in Jesus Christ gets forgiveness of sins through his name. (Ac 10:43; 11:18) All of this is in harmony with Jesus’ command to “make disciples . . . teaching them to observe all the things I have commanded you.” Those who accept the teaching and who become disciples properly get baptized.—Mt 28:19, 20; Ac 1:8.

At Pentecost, Jews who bore community responsibility for Jesus’ death, and who doubtless knew of John’s baptism, were “stabbed to the heart” by Peter’s preaching and asked: “Brothers, what shall we do?” Peter answered: “Repent, and let each one of you be baptized in the name of Jesus Christ for forgiveness of your sins, and you will receive the free gift of the holy spirit.” (Ac 2:37, 38) Notice that Peter pointed out something new to them—that, not repentance and baptism in John’s baptism, but repentance and baptism in the name of Jesus Christ was necessary for forgiveness of sins. He did not say that baptism itself washed away sins. Peter knew that “the blood of Jesus [God’s] Son cleanses us from all sin.” (1Jo 1:7) Later, after speaking of Jesus as “the Chief Agent of life,” Peter said to Jews at the temple: “Repent, therefore, and turn around so as to get your sins blotted out, that seasons of refreshing may come from the person of Jehovah.” (Ac 3:15, 19) Here he instructed them that repenting of their bad deed against Christ and ‘turning around,’ to recognize him, was what brought forgiveness of sin; he did not at this point mention baptism.

As for the Jews, the Law covenant was abolished on the basis of Christ’s death on the torture stake (Col 2:14), and the new covenant became operative at Pentecost, 33 C.E. (Compare Ac 2:4; Heb 2:3, 4.) Nevertheless, God extended special favor to the Jews about three and a half years longer. During this time Jesus’ disciples confined their preaching to Jews, Jewish proselytes, and Samaritans. But about 36 C.E. God directed Peter to go to the home of the Gentile Cornelius, a Roman army officer, and by pouring out His holy spirit on Cornelius and his household, showed Peter that Gentiles could now be accepted for water baptism. (Ac 10:34, 35, 44-48) Since God no longer recognized the Law covenant with the circumcised Jews but now recognized only his new covenant mediated by Jesus Christ, natural Jews, whether circumcised or uncircumcised, were not considered by God as being in any special relationship with him. They could not attain to a status with God by observing the Law, which was no longer valid, nor by John’s baptism, which had to do with the Law, but were obliged to approach God through faith in his Son and be baptized in water in the name of Jesus Christ in order to have Jehovah’s recognition and favor.—See SEVENTY WEEKS (Covenant in force “for one week”).

Consequently, after 36 C.E., all, Jews and Gentiles, have had the same standing in God’s eyes. (Ro 11:30-32; 14:12) The people of the Gentile nations, except for those who had been circumcised Jewish proselytes, were not in the Law covenant and had never been a people having a special relationship with God the Father. Now the opportunity was extended to them as individuals to become God’s people. Before they could be baptized in water they, therefore, had to come to God as believers in his Son Jesus Christ. Then, according to Christ’s example and command, they would properly submit to water baptism.—Mt 3:13-15; 28:18-20.

Such Christian baptism would have a vital effect on their standing before God. After referring to Noah’s constructing of the ark in which he and his family were preserved through the Flood, the apostle Peter wrote: “That which corresponds to this is also now saving you, namely, baptism, (not the putting away of the filth of the flesh, but the request made to God for a good conscience,) through the resurrection of Jesus Christ.” (1Pe 3:20, 21) The ark was tangible evidence that Noah had dedicated himself to do God’s will and had then faithfully done the work assigned by God. This led to his preservation. In a corresponding way, those who would dedicate themselves to Jehovah on the basis of faith in the resurrected Christ, get baptized in symbol of that, and do God’s will for his servants would be saved from the present wicked world. (Ga 1:3, 4) No longer would they be headed for destruction with the rest of the world. They would be saved from this and would be granted a good conscience by God.

No Infant Baptism. In view of the fact that ‘hearing the word,’ ‘embracing the word heartily,’ and ‘repenting’ precede water baptism (Ac 2:14, 22, 38, 41) and that baptism requires the individual to make a solemn decision, it is apparent that one must at least be of age to hear, to believe, and to make this decision. An argument is made by some in favor of infant baptism. They refer to the instances where ‘households’ were baptized, such as the households of Cornelius, Lydia, the Philippian jailer, Crispus, and Stephanas. (Ac 10:48; 11:14; 16:15, 32-34; 18:8; 1Co 1:16) They believe that this implies that small babies in those families were also baptized. But, in the case of Cornelius, those who were baptized were those who had heard the word and received the holy spirit, and they spoke in tongues and glorified God; these things could not apply to infants. (Ac 10:44-46) Lydia was “a worshiper of God, . . . and Jehovah opened her heart wide to pay attention to the things being spoken by Paul.” (Ac 16:14) The Philippian jailer had to “believe on the Lord Jesus,” and this implies that the others in his family also had to believe in order to be baptized. (Ac 16:31-34) “Crispus the presiding officer of the synagogue became a believer in the Lord, and so did all his household.” (Ac 18:8) All of this demonstrates that associated with baptism were such things as hearing, believing, and glorifying God, things infants cannot do. At Samaria when they heard and believed “the good news of the kingdom of God and of the name of Jesus Christ, they proceeded to be baptized.” Here the Scriptural record specifies that the ones baptized were, not infants, but “men and women.”—Ac 8:12.

The statement made by the apostle Paul to the Corinthians that children were “holy” by reason of a believing parent is no proof that infants were baptized; rather, it implies the opposite. Minor children too young to have the ability to make such a decision would come under a form of merit because of the believing parent, not because of any so-called sacramental baptism, imparting independent merit. If infants could properly be baptized, they would not need to have the merit of the believing parent extended to them.—1Co 7:14.

It is true that Jesus said: “Stop hindering [the young children] from coming to me, for the kingdom of the heavens belongs to suchlike ones.” (Mt 19:13-15; Mr 10:13-16) But they were not baptized. Jesus blessed them, and there is nothing to indicate that his laying his hands upon them was a religious ceremony. He further showed that the reason ‘the kingdom of God belongs to such’ was not because they were baptized but because they were teachable and trusting. Christians are commanded to be “babes as to badness,” yet “full-grown in powers of understanding.”—Mt 18:4; Lu 18:16, 17; 1Co 14:20.

The religious historian Augustus Neander wrote of the first-century Christians: “The practice of infant baptism was unknown at this period. . . . That not till so late a period as (at least certainly not earlier than) Irenaeus [c. 120/140-c. 200/203 C.E.], a trace of infant baptism appears, and that it first became recognised as an apostolic tradition in the course of the third century, is evidence rather against than for the admission of its apostolic origin.”—History of the Planting and Training of the Christian Church by the Apostles, 1864, p. 162.

Complete Immersion. From the definition of baptism as stated earlier, it is clear that baptism is complete immersion or submersion in water, not a mere pouring or sprinkling. The Bible examples of baptism corroborate this fact. Jesus was baptized in a sizable river, the Jordan, and after being baptized he came “up out of the water.” (Mr 1:10; Mt 3:13, 16) John selected a location in the Jordan Valley near Salim to baptize, “because there was a great quantity of water there.” (Joh 3:23) The Ethiopian eunuch asked to be baptized when they came to “a body of water.” They both “went down into the water.” Afterward they came “up out of the water.” (Ac 8:36-40) All these instances imply, not a small ankle-deep pool, but a large body of water into and out of which they would have to walk. Further, the fact that baptism was also used to symbolize a burial indicates complete submersion.—Ro 6:4-6; Col 2:12.

Historical sources show that the early Christians baptized by immersion. On this subject the New Catholic Encyclopedia (1967, Vol. II, p. 56) states: “It is evident that Baptism in the early Church was by immersion.” Larousse du XXe Siècle, Paris, 1928, says: “The first Christians received baptism by immersion everywhere where water was found.”

Baptism Into Christ Jesus, Into His Death. Jesus knew at the time of his baptism in the Jordan River that he was entering upon a sacrificial course. He knew that his ‘prepared body’ must be put to death, that he must die in innocence as a perfect human sacrifice with ransoming value for mankind. (Mt 20:28) Jesus understood that he must be plunged into death but that he would be raised out of it on the third day. (Mt 16:21) So he likened his experience to a baptism into death. (Lu 12:50) He explained to his disciples that he was already undergoing this baptism during his ministry. (Mr 10:38, 39) He was baptized fully into death when he was plunged into death by being impaled on the torture stake on Nisan 14, 33 C.E. His resurrection by his Father Jehovah God on the third day completed this baptism, which includes a raising up. Jesus’ baptism into death is clearly distinct and separate from his water baptism, for he had completely undergone water baptism at the beginning of his ministry, at which time his baptism into death only began.

The faithful apostles of Jesus Christ were baptized in water by John’s baptism. (Joh 1:35-37; 4:1) But they had not yet been baptized with holy spirit when Jesus pointed out that they were also to be baptized in a symbolic baptism like his, a baptism into death. (Mr 10:39) So baptism into his death is something apart from water baptism. Paul expressed himself in his letter to the Christian congregation at Rome, saying: “Do you not know that all of us who were baptized into Christ Jesus were baptized into his death?”—Ro 6:3.

It is Jehovah God who is responsible for the performing of such baptism into Christ Jesus as well as baptism into his death. He anointed Jesus, making him the Christ or Anointed One. (Ac 10:38) Thus God baptized Jesus with the holy spirit in order that, through Jesus, his followers might thereafter be baptized with holy spirit. Therefore, those who become joint heirs with him, with heavenly hopes, have to be “baptized into Christ Jesus,” that is, into the Anointed Jesus who, at the time of his anointing, was also begotten to be a spiritual son of God. They thereby become united to him, their Head, and they become members of the congregation that is the body of Christ.—1Co 12:12, 13, 27; Col 1:18.

The course of these Christian followers who are baptized into Christ Jesus is a course of integrity-keeping under test from the time they are baptized into Christ, a daily facing of death and finally a death of integrity, as described by the apostle Paul when he explained to the Roman Christians: “Therefore we were buried with him through our baptism into his death, in order that, just as Christ was raised up from the dead through the glory of the Father, we also should likewise walk in a newness of life. For if we have become united with him in the likeness of his death, we shall certainly also be united with him in the likeness of his resurrection.”—Ro 6:4, 5; 1Co 15:31-49.

Clarifying the matter still further, Paul, in writing to the congregation at Philippi, described his own course as “a sharing in [Christ’s] sufferings, submitting myself to a death like his, to see if I may by any means attain to the earlier resurrection from the dead.” (Php 3:10, 11) Only the Almighty God the heavenly Father, who is the Baptizer of those who are baptized in union with Jesus Christ and into his death, can complete the baptism. This He does through Christ by raising them up out of death to be united with Jesus Christ in the likeness of his resurrection, which is to heavenly, immortal life.—1Co 15:53, 54.

That a congregation of people can, so to speak, be baptized or immersed into a liberator and leader is illustrated by the apostle Paul when he describes the congregation of Israel as being “baptized into Moses by means of the cloud and of the sea.” There they were covered with a protecting cloud and with the walls of water on each side of them, being, symbolically speaking, immersed. Moses foretold that God would raise up a prophet like himself; Peter applied this prophecy to Jesus Christ.—1Co 10:1, 2; De 18:15-19; Ac 3:19-23.

What is baptism “for the purpose of being dead ones”?

The passage at 1 Corinthians 15:29 is variously rendered by translators: “What shall they do which are baptized for the dead?” (KJ); “on behalf of their dead?” (AT); “on behalf of the dead?” (NE); “for the purpose of being dead ones?” (NW)

Many different interpretations have been offered for this verse. The most common interpretation is that Paul was referring to the custom of vicarious baptism in water, that is, baptizing living persons in behalf of dead ones in a substitutionary way in order to benefit the dead. The existence of such a practice in Paul’s day cannot be proved, nor would it be in accord with those scriptures that clearly state that “disciples,” those who themselves ‘embraced the word heartily,’ those who personally “believed,” were the ones that got baptized.—Mt 28:19; Ac 2:41; 8:12.

A Greek-English Lexicon, by Liddell and Scott, includes “for,” “on behalf of,” and “for the sake of” among its definitions of the Greek preposition hy·perʹ, which is used with the genitive case in 1 Corinthians 15:29. (Revised by H. Jones, Oxford, 1968, p. 1857) In some settings the expression “for the sake of” is equivalent to “for the purpose of.” Already in 1728 Jacob Elsner noted cases from various Greek writers where hy·perʹ with the genitive has final meaning, that is, a meaning expressive of purpose, and he showed that in 1 Corinthians 15:29 this construction has such meaning. (Observationes Sacrae in Novi Foederis Libros, Utrecht, Vol. II, pp. 127-131) Consistent with this, in this verse the New World Translation renders hy·perʹ as meaning “for the purpose of.”

Where an expression can grammatically be translated in more than one way, the correct rendering is one that agrees with the context. In the context, 1 Corinthians 15:3, 4 shows that what is principally under discussion is belief in the death and resurrection of Jesus Christ. The following verses then present evidence of the soundness of that belief (vss 5-11); they discuss the serious implications of denying belief in the resurrection (vss 12-19), the fact that the resurrection of Christ gives assurance that others will be raised from the dead (vss 20-23), and how all of this works toward the unification of all intelligent creation with God (vss 24-28). Verse 29 obviously is an integral part of this discussion. But whose resurrection is at issue in verse 29? Is it the resurrection of the ones whose baptism is referred to there? Or is it that of someone who died before that baptism took place? What do the following verses indicate? Verses 30 to 34 clearly show that the future life prospects of living Christians are there being discussed, and verses 35 to 58 state that those were faithful Christians who had the hope of heavenly life.

That agrees with Romans 6:3, which says: “Do you not know that all of us who were baptized into Christ Jesus were baptized into his death?” As this scripture makes plain, that is not a baptism that a Christian undergoes on behalf of someone already dead but is, instead, something that affects the person’s own future.

In what sense, then, were those Christians “baptized for the purpose of being dead ones,” or “baptized into his death”? They were immersed into a course of life that was to lead them as integrity-keepers to death, as was the case with Christ, and with the hope of a resurrection like his to immortal spirit life. (Ro 6:4, 5; Php 3:10, 11) This was not a baptism that was accomplished quickly, as water immersion is. More than three years after his immersion in water, Jesus spoke of a baptism that was not yet completed in his own case and that was yet future for his disciples. (Mr 10:35-40) Since this baptism leads to resurrection to heavenly life, it must begin with the operation of God’s spirit on the person in such a way as to engender that hope, and it must end, not at death, but with realization of the prospect of immortal spirit life by means of the resurrection.—2Co 1:21, 22; 1Co 6:14.

A Person’s Place in God’s Purpose. It should be noted that the one being baptized in water enters a special relationship as Jehovah’s servant, to do His will. The individual does not determine what the will of God is for him, but it is God who makes the decision as to the use of the individual and the placing of such one in the framework of His purposes. For example, in times past, the entire nation of Israel was in special relationship with God; they were Jehovah’s property. (Ex 19:5) But only the tribe of Levi was selected to perform the services at the sanctuary, and out of this tribe only Aaron’s family constituted the priesthood. (Nu 1:48-51; Ex 28:1; 40:13-15) The kingship came to be established exclusively in the line of David’s family by Jehovah God.—2Sa 7:15, 16.

Likewise those who undergo Christian baptism become God’s property, his slaves, to employ as he sees fit. (1Co 6:20) An example of God’s direction of such matters is found in Revelation, where reference is made to a definite number of persons finally “sealed,” namely, 144,000. (Re 7:4-8) Even before such final approval, God’s holy spirit serves as a seal that gives those sealed a token in advance of their inheritance, a heavenly one. (Eph 1:13, 14; 2Co 5:1-5) Those having such a hope are also told: “God has set the members in the body [of Christ], each one of them, just as he pleased.”—1Co 12:18, 27.

Jesus called attention to another group when he said: “I have other sheep, which are not of this fold; those also I must bring, and they will listen to my voice, and they will become one flock, one shepherd.” (Joh 10:16) These are not of the “little flock” (Lu 12:32), but they too must approach Jehovah through Jesus Christ and be baptized in water.

The vision given to the apostle John, as recorded in Revelation, harmonizes with this when, after showing John the 144,000 “sealed” ones, it turns his eyes to “a great crowd, which no man was able to number.” These are shown as having “washed their robes and made them white in the blood of the Lamb,” indicating faith in the ransom sacrifice of Jesus Christ the Lamb of God. (Re 7:9, 14) They are therefore given favorable recognition, “standing before [God’s] throne,” but are not those whom God selects to be the “sealed” 144,000. As to this “great crowd,” the vision goes on to point out that they serve God day and night and will be protected and will be cared for by him.—Re 7:15-17.

Baptism With Fire. When many Pharisees and Sadducees came out to John the Baptizer, he called them “offspring of vipers.” He spoke of the coming One and said: “That one will baptize you people with holy spirit and with fire.” (Mt 3:7, 11; Lu 3:16) The baptism with fire is not the same as baptism with holy spirit. The fiery baptism could not be, as some say, the tongues of fire at Pentecost, for the disciples there were not immersed in fire. (Ac 2:3) John told his listeners that there would be a division, there would be a gathering of the wheat, after which the chaff would be burned up with fire that could not be put out. (Mt 3:12) He pointed out that the fire would not be a blessing or a reward but would be because ‘the tree did not produce fine fruit.’—Mt 3:10; Lu 3:9.


Using fire as a symbol of destruction, Jesus foretold the execution of the wicked to take place during his presence, saying: “On the day that Lot came out of Sodom it rained fire and sulphur from heaven and destroyed them all. The same way it will be on that day when the Son of man is to be revealed.” (Lu 17:29, 30; Mt 13:49, 50) Other instances of fire representing, not a saving force, but a destructive one, are found at 2 Thessalonians 1:8; Jude 7; and 2 Peter 3:7, 10.

Time for the west to call it a day re:Afghanistan?:Pros and cons.

God as Artist rather than tinkerer.

Even their own watchmen can't shake the Darwinian old guard from groupthink

"Old Theories Die Hard": Birds-Evolved-From-Dinosaurs Hypothesis Takes Big Hits With Two Recent Papers
Casey Luskin 

Two recent papers, one in the Journal of Morphology and another in Ornithological Monographs, as well as a ScienceDaily news release titled "Discovery Raises New Doubts About Dinosaur-bird Links," contain criticisms by evolutionists of the dino-to-bird hypothesis that you would normally expect to hear only from skeptics of neo-Darwinism. Their remarks not only cover problems facing the dino-to-birds hypothesis, but also lament the politically motivated drive to push that hypothesis and ignore scientific dissent. The ScienceDaily article observes that some aspects of bird morphology are simply incompatible with the standard hypothesis that birds evolved from maniraptoran theropod dinosaurs:

It's been known for decades that the femur, or thigh bone in birds is largely fixed and makes birds into "knee runners," unlike virtually all other land animals, the [Oregon State University] experts say. What was just discovered, however, is that it's this fixed position of bird bones and musculature that keeps their air-sac lung from collapsing when the bird inhales.
Warm-blooded birds need about 20 times more oxygen than cold-blooded reptiles, and have evolved a unique lung structure that allows for a high rate of gas exchange and high activity level. Their unusual thigh complex is what helps support the lung and prevent its collapse.

"This is fundamental to bird physiology," said Devon Quick, an OSU instructor of zoology who completed this work as part of her doctoral studies. "It's really strange that no one realized this before. The position of the thigh bone and muscles in birds is critical to their lung function, which in turn is what gives them enough lung capacity for flight."

However, every other animal that has walked on land, the scientists said, has a moveable thigh bone that is involved in their motion -- including humans, elephants, dogs, lizards and -- in the ancient past -- dinosaurs.

The implication, the researchers said, is that birds almost certainly did not descend from theropod dinosaurs, such as tyrannosaurus or allosaurus. The findings add to a growing body of evidence in the past two decades that challenge some of the most widely-held beliefs about animal evolution....

"But one of the primary reasons many scientists kept pointing to birds as having descended from dinosaurs was similarities in their lungs," Ruben said. "However, theropod dinosaurs had a moving femur and therefore could not have had a lung that worked like that in birds. Their abdominal air sac, if they had one, would have collapsed. That undercuts a critical piece of supporting evidence for the dinosaur-bird link.

(Discovery Raises New Doubts About Dinosaur-bird Links, ScienceDaily (June 9, 2009).)

In their technical paper in the Journal of Morphology, Quick and Ruben provide a more detailed explanation of how theropod dinosaurs differ from birds in this important way:
Theropods examined in this study uniformly lacked the specialized sternal and costal features of modern birds (Hillenius and Ruben, 2004a). Theropods also exhibited significantly less pelvic cross-sectional space with which to have accommodated abdominal air-sacs similar in development to those in modern birds. In addition, the deep, vertically-oriented lateral body wall of theropods apparently lacked lateral skeletal support for caudally positioned (e.g., abdominal) air-sacs: the theropod ''lumbar'' rib cage was reduced and the vertical, free-swinging femur almost surely could not have contributed to a rigid lateral abdominal wall (see Fig. 5). Notably, the gastralia (imbricating slender ''belly ribs,'' Fig. 5) do not articulate solidly with other bony elements nor do they significantly invest the lateral body wall (Claessens, 2004b). Thus, in the absence of a bird-like ribcage, a dearth of space to accommodate fully avian sized abdominal air-sacs in the caudal body cavity or a skeletal mechanism to resist their paradoxical collapse, theropods were unlikely to have possessed functional bird-like abdominal air-sacs
(Devon E. Quick and John A. Ruben, "Cardio-Pulmonary Anatomy in Theropod Dinosaurs: Implications From Extant Archosaurs," Journal of Morphology (2009).)

Quick and Ruben also provide a potent counterpoint to the argument that theropods were the ancestors of birds because theropods have postcranial pneumatization, i.e. air cavities in their bones:
It has been previously argued that postcranial pneumatization signals the existence of functional abdominal air-sacs in theropods. Supposedly, these air-sacs could have been ventilated via relatively unmodified rib cages with well developed gastralia or uncinate processes or a combination of both (Carrier and Farmer, 2000a; O'Connor and Claessens, 2005; Tickle et al., 2007; Codd et al., 2008). However, there are several reasons to question these arguments. Skeletal pneumatization is well documented in pterosaurs, sauropods, some early birds, numerous theropods and possibly even the Late Triassic archosauriforms Erythrosuchus and Effigia (Nesbitt and Norell, 2006; O'Connor, 2006). Given so wide a phylogenetic distribution, postcranial pneumatization is likely plesiomorphic for Ornithodira (birds, dinosaurs and pterosaurs) and possibly as ancient as basal Archosauria (O'Connor, 2006)....
Interpretation of vertebral pneumatization as a lock-step indicator for the presence of a fully functional avian style lung air-sac system ignores the widespread distribution of posterior, nonvascularized air sacs in many living reptiles and undoubted selective pressures for skeletal mass reduction. Furthermore, as discussed earlier, reconstruction of theropods with modern avian lung air-sac anatomy and function neglects the absence of requisite skeletal morphology necessary for its ventilation in modern forms.

(Devon E. Quick and John A. Ruben, "Cardio-Pulmonary Anatomy in Theropod Dinosaurs: Implications From Extant Archosaurs," Journal of Morphology (2009).)

The authors conclude that "there are few data supportive of there having been an avian style lung air-sac system in theropods or that these dinosaurs necessarily possessed cardiovascular structure significantly different from that of crocodilians."
Of course Darwin-skeptics have been noting for years that there are key morphological differences between birds and theropod dinosaurs that challenge claims of an evolutionary link. Another recent extensive review of the standard hypothesis that birds evolved from maniraptoran theropod dinosaurs (called the "BMT" hypothesis) found "no [cladistic analysis-based] statistical difference between the hypothesis that birds were a clade nested within the Maniraptora and the hypothesis that core clades of Maniraptora were actually flying and flightless radiations within the clade bracketed by Archaeopteryx and modern birds (Aves)." (Frances C. James and John A. Pourtless IV, "Cladistics and the Origins of Birds: A Review and Two New Analyses," Ornithological Monographs, 66:1-78 (2009).)

In other words, statistical tests show that when compared to the BMT hypothesis, it's just as likely that the maniraptoran theropod dinosaurs were not the ancestors birds, but were actually descendants of birds and were simply secondarily flightless birds. (Such views are shared by a variety of other experts.) This alternate view is made even more convincing when one considers an admission by zoologist John Ruben in the aforementioned ScienceNews news release. He notes something that many Darwin-skeptics have pointed out in the past, that maniraptoran theropod dinosaurs don't appear in the right place in the fossil record to be ancestors of birds:

"For one thing, birds are found earlier in the fossil record than the dinosaurs they are supposed to have descended from," Ruben said. "That's a pretty serious problem, and there are other inconsistencies with the bird-from-dinosaur theories.
(Discovery Raises New Doubts About Dinosaur-bird Links, ScienceDaily (June 9, 2009).)

So if it wasn't theropod dinosaurs, then where did birds come from? James and Pourtless's article also reports that under cladistic analyses, a method of comparing morphological traits usually used to enforce the standard "BMT" hypothesis, it's equally possible that birds are descended from a completely different type of non-dinosaurian reptile, perhaps an ancient crocodile-like form, or another primitive group of reptiles, the early archosaurs:
Additional statistical tests showed that both the "early-archosaur" and "crocodylomorph" hypotheses are at least as well supported as the BMT hypothesis. These results show that Theropoda as presently constituted may not be monophyletic and that the verificationist approach of the BMT literature may be producing misleading studies on the origin of birds....
Our cladistic and statistical analyses of our new data set indicate that several predictions derived from the BMT hypothesis are not supported and that alternatives to the BMT are at least equally viable. Altogether, three hypotheses for the origin of birds -- the BMT, early-archosaur, and crocodylomorph hypotheses -- are most compatible with currently available evidence.

(Frances C. James and John A. Pourtless IV, "Cladistics and the Origins of Birds: A Review and Two New Analyses," Ornithological Monographs, 66:1-78 (2009).)

In other words, the cladistic argument that has been used to support the BMT hypothesis has itself been exploded from the inside out. James and Pourtless show that there is much morphological data that contradicts the standard BMT hypothesis, while other alternative hypotheses are at least as compatible with the data.
But these alternative hypotheses are not without their own problems. One problem facing these alternative hypotheses is not that birds arrive before their alleged ancestors (as is the problem with standard BMT hypothesis), but rather that anything remotely qualifying as an possible ancestor of birds appears many tens of millions of years (i.e., 70+ million years) before birds, with no fossils documenting the evolution of the first uncontroverted bird, Archaeopteryx. Needless to say, many evolutionist don't like this hypothesis because it leaves them with an uncomfortably large gap.

The bottom line is that all of the various theories that birds descended from reptiles face some severe difficulties.

"Old Theories Die Hard"
What is most interesting about these papers and the news release is the way they make clear how closed off the mainstream Darwinian scientific community has been to challenges to the dino-bird hypothesis. The ScienceDaily news release states:

"The conclusions add to other evolving evidence that may finally force many paleontologists to reconsider their long-held belief that modern birds are the direct descendants of ancient, meat-eating dinosaurs, OSU researchers say....
OSU research on avian biology and physiology was among the first in the nation to begin calling into question the dinosaur-bird link since the 1990s. Other findings have been made since then, at OSU and other institutions, which also raise doubts. But old theories die hard, Ruben said, especially when it comes to some of the most distinctive and romanticized animal species in world history.

"Frankly, there's a lot of museum politics involved in this, a lot of careers committed to a particular point of view even if new scientific evidence raises questions," Ruben said. In some museum displays, he said, the birds-descended-from-dinosaurs evolutionary theory has been portrayed as a largely accepted fact, with an asterisk pointing out in small type that "some scientists disagree."

(Discovery Raises New Doubts About Dinosaur-bird Links, ScienceDaily (June 9, 2009).

Likewise, James and Pourtless's paper in Ornithological Monographs states forthrightly that when it comes to the theropod dinosaur-to-bird hypothesis, "Criticism has usually been dismissed, often with the comment that no more parsimonious alternative has been presented with cladistic methodology," further stating that "uncertainties about the hypothesis that birds are maniraptoran theropods are not receiving enough attention." Their conclusion provides a noteworthy warning about how a lack of scrutiny of the BMT hypothesis has led to unwarranted acceptance of that view:
We have pursued two goals: evaluation of whether the BMT hypothesis is as well supported as has been claimed, and evaluation of alternative hypotheses for the origin of birds within a comparative phylogenetic framework. We conclude that, because of circularity in the construction of matrices, inadequate taxon sampling, insufficiently rigorous application of cladistic methods, and a verificationist approach, the BMT hypothesis has not been subjected to sufficiently rigorous attempts at refutation, and the literature does not provide the claimed overwhelming support. Our analyses and independent data indicate that two of the alternatives to the BMT hypothesis are as probable as the BMT and are potentially supported by specific osteological data. These alternatives are the early-archosaur hypothesis, positing a sister-group relationship between Longisquama and Aves, and a variant of the crocodylomorph hypothesis. Both hypotheses include the proposition that some maniraptorans are actually birds more derived than Archaeopteryx.
(Frances C. James and John A. Pourtless IV, "Cladistics and the Origins of Birds: A Review and Two New Analyses," Ornithological Monographs, 66:1-78 (2009).)

These analyses not only raise significant reasons for doubting the maniraptoran theropod-dinosaur-to-bird ("BMT") hypothesis, but they show that there is much discomfort even within the Darwinian scientific community about how dissent from the BMT hypothesis is not being heard.

On The difference between Science and philosophy re:I.D theory.

Bad Bugs, Good Designs — The Case of the Mosquito
Evolution News | @DiscoveryCSC

There are many organisms on earth that give us the creeps: spiders, snakes, ticks, and many more. Then there are countless microbes that bring disease and death. How these creatures became a part of what some call “natural evil” is an important question, but is beyond the bounds of intelligent design. ID can only look at functional information that is irreducibly complex to determine if an intelligent cause is the best explanation for its origin.

This limitation is unsurprising, since we can have the same moral agnosticism about artificial designs. A computer virus capable of destroying a nation’s infrastructure may be so well designed it eludes our national security team’s best experts. Nobody doubts the high level of intelligence behind nuclear weapons, despite their destructive power. Much as we want to leap to the “why” question, we can independently address the “what” question.

Flight: The Genius of Mosquitos

Who cannot bemoan the scourge of malaria, which kills upwards of 600,000 people per year? (CDC). Then there’s yellow fever, dengue, Zika and other diseases that plague mankind, all delivered by flying craft and injected into human skin by those familiar buzzing pests. (It must be noted that not all mosquitos in this family of 1,000 species bite humans or carry disease germs.)

A recent paper in Nature, “Smart wing rotation and trailing-edge vortices enable high frequency mosquito flight,” considers peculiarities in mosquito flight dynamics. Mosquitos (the name means “little fly”) operate unique aerodynamic equipment in unusual ways:

Mosquitoes exhibit unusual wing kinematics; their long, slender wings flap at remarkably high frequencies for their size (>800 Hz) and with lower stroke amplitudes than any other insect group. This shifts weight support away from the translation-dominated, aerodynamic mechanisms used by most insects, as well as by helicopters and aeroplanes, towards poorly understood rotational mechanisms that occur when pitching at the end of each half-stroke. [Emphasis added.]
The team of four scientists from UK and Japan must have had a challenging task. Imagine measuring wingbeats, angles, and rotations on these tiny flyers that dart to and fro constantly. Somehow, they did it, and found out that mosquitos use three methods to keep their weight aloft. (Slight as mosquitos are, they can’t fly without sufficient lift.)

We show that, although mosquitoes use familiar separated flow patterns, much of the aerodynamic force that supports their weight is generated in a manner unlike any previously described for a flying animal. There are three key features: leading-edge vortices (a well-known mechanism that appears to be almost ubiquitous in insect flight), trailing-edge vortices caused by a form of wake capture at stroke reversal, and rotational drag. The two new elements are largely independent of the wing velocity, instead relying on rapid changes in the pitch angle (wing rotation) at the end of each half-stroke, and they are therefore relatively immune to the shallow flapping amplitude. Moreover, these mechanisms are particularly well suited to high aspect ratio mosquito wings.
The second feature, unique to mosquitos among insects, is the trailing edge vortex. This is “fundamentally distinct” from the well-known leading-edge vortex, producing a flow pattern essentially reversed from the former. The trick is similar to the one used by hummingbirds, the authors note by reference. Hummingbirds’ unique shoulder bones rotate, allowing them to get lift on both wing strokes, as shown in Flight: The Genius of Birds. Here’s how it works for mosquitos:

Instead, the flow separates at the trailing edge, with streamlines reattaching further forward along the wing chord, enveloping a coherent attached vortex (Fig. 3f, t1). It is also distinct from previous descriptions of a starting vortex (sometimes referred to as a trailing-edge vortex) because it is both bound to the wing surface, rather than left in the wake, and makes a positive contribution to weight support. This transient trailing-edge vortex is quickly shed into the wake as the wing accelerates into the short translational phase, giving way to a leading-edge vortex (Fig. 3g) and a corresponding second peak in lift.
Transient is an understatement! This is happening 800 times per second, remember. The mosquito “shoulder” must be capable of flipping the orientation of the wing on each flap to gain this lift advantage. But mosquitos, of course, are not related to hummingbirds! This must be another case of that miracle of Darwinism, “convergent evolution.”

The third unique feature, rotational drag, is also interesting.

A third peak in lift occurs owing to rapid supination during the onset of stroke reversal at the end of the downstroke (Fig. 3, t3). The mechanism for this is the recently described phenomenon of rotational drag. The wing rotates initially around an axis close to the leading edge, resulting in strong forces normal to the posterior wing surface. The signature of this effect is that an intense negative pressure appears, again, in the region of the trailing edge.
These little master flyers are getting all the lift that seems theoretically possible by three independent mechanisms, two of them unique to mosquitos. Sounds like they are well designed — exquisitely so, the authors say:

The effect of leading-edge vortices is to generate sufficient lift with smaller wings; a clear advantage for flying taxa. Instead, we observed lift enhancement through two mechanisms that are exclusive to mosquitoes thus far; (i) lift enhancement due to a trailing-edge vortex captured during stroke reversal and (ii) partial weight support due to a newly described rotational effect at the end of each half-stroke. The latter mechanism, rotational drag, has been postulated previously but, here, is mediated by exquisitely timed kinematic patterns that cause a leading to trailing edge shift of the pitching axis during stroke reversal.
Good design? The proof’s in the itching; mosquitos really get around, and the female bloodsuckers always seem to find their target (us) despite our best efforts to evade them. Realize, too, that the pest you swat is equipped with compound eyes, sexual reproduction, articulated limbs, a digestive tract, respiration, a precision drill and feeding tube, saliva containing a protein anticoagulant to prevent clotting, and sensory equipment to find us by our odors and breath. Then they hone in for a precision landing in any orientation.

Who taught these miniature jet pilots about tricks that human engineers only knew about in theory? Do the scientists have any idea how these “exquisitely timed” tricks of physics evolved?

It remains an open question as to why mosquitoes have evolved to operate far outside the usual bounds of kinematic patterns used by other insects. Given that high-frequency flapping will undoubtedly incur greater inertial power requirements, one can presume compensatory selective advantages, perhaps in the domain of acoustic communication.
We get it; Come buzz for me, my love. I just evolved the coolest flight machinery. My wings flap 800 beats per second just for thee. Or, maybe that buzzing is the mosquito soundtrack from Dracula. Whatever the story they have in mind, it won’t help evolution. “Acoustic communication” implies functional information, a hallmark of intelligent design.

Faced with this clear evidence for precision flight engineering in a pest that spreads death, probing minds will ask: How did this come about? What kind of intelligence would design such a thing? Evolutionists, of course, will say that in their dog-eat-dog world of survival of the fittest, mosquitos just do whatever they can to pass on offspring, and if it means killing others, so be it. Everything is at war with everything else; natural selection favors the selfish accumulation of power. The ramifications of that belief have multiplied human death and misery on genocidal scales. Rational minds intuitively back off from that explanation.

Some might theorize that in the big ecological picture, each organism has its role that contributes to the greatest good for the most. As an alternative, they might instead posit that some original good designs became twisted for harm in the past, like robots run amok. There’s some empirical evidence supporting this view, showing that a particular agent of harm has a beneficial function in a different environment. Many of our gut microbes are beneficial, for instance.


Others insights drawing on religious teachings could be cited, including the reply to Job from the whirlwind. Such answers, though worth exploring, drift far beyond the limited scope of intelligent design. The job of ID is to identify design, not comment on its morality. We gladly leave such matters in the capable hands of philosophers and theologians. To the objective observer, mosquito aerodynamic systems look well designed. They may not get our love, but deserve our respect.

Darwinism v. healthcare?

Evolution’s Influence Is Bad News for Your Health
Cornelius Hunter

There is much disagreement over evolution but one thing we can all agree on is that evolution is a highly influential theory. Like it or not, few scientific theories are as influential as evolution. Darwin’s theory injected its deeply flawed science into biology, but it did not stop there. One area where evolution’s damaging influence is important today is human health.

There is much to say about how evolution has influenced our thinking about health and our health care system. I will focus on two basic myths evolution has propagated which have done enormous damage: the random causation myth and the king gene myth.

You don’t need to be a scientist to know that random change is fundamental to evolution. From Darwin to today’s evolutionists, the key point in arguments for evolution is that this world was not designed. This age-old, Epicurean idea asserts that the world arose from unguided, random forces.

Evolution’s main mechanism is random change. You have heard of natural selection but it, as even Alfred Wallace agreed, is not a mechanism as such. It doesn’t cause or coax helpful biological change to occur. It merely kills off the weaker designs. Evolution is a theory of randomness.

Evolutionists did not understand just how such random change could be caused until genetics was better understood in the 20th century. Evolutionists needed to explain how biological change could occur randomly, yet be inherited once it occurred. Modern genetics provided the answer: the gene. Random mutations could alter genes and later be passed on to future generations.

This Version 2.0 of Darwin’s theory vaulted the gene to hero status as genes were viewed as the veritable blueprint of the body. The old proverb “You are what you eat,” became “You are what your genes say you are.”

Not surprisingly there were high expectations for the Human Genome Project, which would transcribe the human genome. Its initial results, produced in the year 2000, were announced with much fanfare, as scientists and politicians proclaimed great things to come. That early optimism, however, eventually faded as years later scientists would admit the problem was far more complex. Genes are important, but not that important. The idea that your genes determine your body has not held up well.

Evolution’s dual myths of random causation and the king gene have not been good for biology, and they also have done damage elsewhere. In the area of human health, our cultural uptake of evolutionary ideas contributed to the dangerously flawed notion that health is a random affair. True, genetic mutations are capable of producing all kinds of diseases, but the vast majority of health issues stem from, or can be alleviated by, lifestyle and workplace decisions. In a great many cases, you are not what your genes say you are, but what you eat and how you live. Diet, stress, exercise, and exposure to toxins play an enormous role in determining your health history.

That shouldn’t be a surprise. But too often it is completely missed or underemphasized, and an unfortunate example of this flawed evolutionary influence is our health care system and health insurance.

Our skyrocketing costs could be reduced by half or even an order of magnitude with proper education and personal decisions. Instead, our health is too often viewed as essentially the luck of the draw. For instance, billionaire Mark Cuban recently expressed this sentiment in advocating for healthcare as a legal right:

I believe that, given we all face the exact same genetic and wrong place, wrong time risks, coverage of most chronic and life-threatening illnesses or injuries should be a right.
In other words, everyone faces about the same healthcare risks. Our health is a crapshoot.


This is an astonishing demonstration of scientific ignorance. There is no doubt Cuban is very good at making money. But he fails to grasp the most basic aspects of human health. He can hardly be blamed, however, given how dominant this evolutionary myth has become. Evolution’s influence is enormous, and that is bad news for more than just biology.

The animal kingdom's master navigators vs. Darwin

The Magnetic Sense Is More Complex than Iron Bits
Evolution News & Views

Many unrelated animals, from bacteria to birds, have tiny particles of magnetite in their bodies. For many years, biologists assumed that these magnetized bits of iron were the key to understanding the geomagnetic sense in migrating organisms: cells sense the torque of these iron crystals when they align north, like tiny compass needles. This theory, however, might be only part of the story. The real key may rely on proteins that respond with intrinsic iron atoms of their own. At least, that's the working hypothesis currently growing in popularity.

Cryptochromes are light-sensitive proteins in the retina that respond to blue or green light. They are thought to form pairs of free radicals in response, perhaps interacting with iron-rich proteins. This would link magnetoreception to vision and to circadian rhythms, which also involve cryptochromes. Kenneth J. Lohmann, who has long studied magnetic navigation in sea turtles, was intrigued by the hypothesis from Chinese physicists writing in Nature Materials last January. As we noted last November when the discovery was first publicized, they proposed that the long-sought mechanism is a "magnetic protein biocompass" involving cryptochromes and an iron-containing protein named MagR.

In the same issue of Nature Materials, Lohmann described how "maddeningly difficult" it has been to discover the secret shared by such diverse animals as sea turtles, birds, mollusks, and insects. Resolving the debate between the cryptochrome hypothesis and the more orthodox magnetite hypothesis has been difficult because magnetic fields pass right through the body and are not localized to a specific organ.

"Trying to locate a small number of submicroscopic structures of unknown appearance, scattered throughout an animal's body in unknown places, is an enormous challenge," he says. The new cryptochrome hypothesis looks promising, but Lohmann offers this caveat:

...the putative magnetoreceptor has been identified largely on the basis of theory, genomics, biochemistry and three-dimensional protein-structure modelling. Pigeon genes for MagR and cryptochrome were expressed in bacteria and the resulting proteins were found to co-purify. This is certainly an important first step, yet whether the complex actually exists in any animal, much less whether it functions as a magnetoreceptor, remains unknown. Also, at least two crucial elements of the current model remain to be elucidated. The first is whether and how cryptochromes interact with MagR to mediate light-dependent effects. The second involves the fundamental question of transduction -- how the putative magnetoreceptor converts a stimulus into electrical signals that can be interpreted by nerve cells. [Emphasis added.]
A team of theoretical physicists at Oxford has now added their support to the cryptochrome model. Their March 2016 paper in the Proceedings of the National Academy of Sciences doesn't, unfortunately, satisfy either of Lohmann's crucial elements. But if they are right, magnetoreception puts animals on the cutting edge of human understanding of quantum mechanics. The American Physical Society explains:

One explanation [for why radiofrequency interference disrupts a bird's magnetic sense] is that the electromagnetic noise has quantum-level effects on cryptochrome's performance. This would suggest that the radical pairs in cryptochrome preserve their quantum coherence for much longer than previously believed possible. Such a finding could have broader implications for physicists hoping to extend coherence for more efficient quantum computing.
The fact that they are considering a biomimetic application implies that the physicists didn't know quantum coherence could last so long. Birds know more about quantum mechanics than the human experts! The paper says:

...the spike discussed here is undeniably a quantum effect, arising from the mixing of states associated with avoided energy-level crossings, and is not captured by the semiclassical theory. In this sense, radical pair magnetoreception may be more of a quantum phenomenon than hitherto realized.
For reasons unrelated to the actual lab research, the lead physicist, Peter Hore of Oxford, lugged Darwin's theory into the discussion. "Physicists are excited by the idea that quantum coherence could not just occur in a living cell, but could also have been optimized by evolution," he said. "There's a possibility that lessons could be learned about how to preserve coherence for long periods of time." Here's how the Oxford team inserted evolutionary speculation into their paper:

...the compass could have been optimized by evolution....

We conclude that there is ample scope for a cryptochrome-based radical pair compass to have evolved with a heading precision sufficient to explain the navigational behavior of migratory birds both in the laboratory and in the wild.

...random mutations in the sequence of the protein ... could have provided evolution with the scope to optimize the compass precision.

...this is another property [spin relaxation time] that could have been optimized by evolution.... Because the spike only emerges when the coherence time exceeds 1 μs, its presence could explain why slow relaxation might have evolved.

All of these comments are superfluous to the research. The authors provide no evidence of specific beneficial mutations that arose and were selected, or how the compass arose in the first place so that it could be "optimized" in some aimless fashion. The comments are all hedged in suppositions: "could have been" and "might have evolved." Lohmann points out that MagR is "conserved evolutionarily," allowing "a sort of universal magnetic-sensing structure that can be adapted for different purposes by different animals." Is it helpful to say that a structure with a purpose "can be adapted" by all kinds of unrelated animals? How many miracles of chance did that take?

Far more productive to the research is the reason they tackled the problem in the first place. Here's what they describe as significant:

Billions of birds fly thousands of kilometers every year between their breeding and wintering grounds, helped by an extraordinary ability to detect the direction of the Earth's magnetic field. The biophysical sensory mechanism at the heart of this compass is thought to rely on magnetically sensitive, light-dependent chemical reactions in cryptochrome proteins in the eye. Thus far, no theoretical model has been able to account for the <5 able="" and="" are="" b="" birds="" can="" coherences="" computer="" crucial="" cryptochrome="" detect="" dynamical="" field="" genuinely="" geomagnetic="" here="" identified.="" in="" long-lived="" mechanical="" migratory="" models="" molecular="" necessary="" of="" precision.="" precision="" properties="" provide="" quantum="" realistic="" show="" simulations="" spin="" structural="" that="" the="" to="" using="" vector.="" we="" which="" with="">
The precision, the mechanism, and the extraordinary ability of birds motivated this research. Design, not evolution, made them excited to understand it.

To migrate successfully over large distances, it is not sufficient simply to distinguish north from south (or poleward from equatorward). A bar-tailed godwit (Limosa lapponica baueri), for example, was tracked by satellite flying from Alaska to New Zealand in a single 11,000-km nonstop flight across the Pacific Ocean. A directional error of more than a few degrees could have been fatal. Because the magnetic compass seems to be the dominant source of directional information, and the only compass available at night under an overcast (but not completely dark) sky, migratory birds must be able to determine their flight direction with high precision using their magnetic compass. Studies have shown that migratory songbirds can detect the axis of the magnetic field lines with an accuracy better than 5°.
The news item, indeed, begins by pointing to one of the champions of Illustra's documentary Flight: The Genius of Birds.

Each year, the Arctic Tern travels over 40,000 miles, migrating nearly from pole to pole and back again. Other birds make similar (though shorter) journeys in search of warmer climes. How do these birds manage to traverse such great distances when we need a map just to make our way to the next town over?
The next film in Illustra's Design of Life series, Living Waters, includes a list of two dozen animals, including birds, reptiles, mammals, insects, and fish that are able to navigate by the earth's magnetic field. How could evolution deal with those empirical observations? As Tim Standish notes, there's a better explanation.

Darwinian natural selection is blind. It doesn't know that a solution has been arrived at in some other organism.
It can't think, "Wow, the salmon have that elegant solution to the problem. Why don't we evolve towards that in the turtles?" It's not an explanation that's possible.

Now conversely it's not surprising at all to see an intelligent agent know of a solution to a problem and apply that same solution under different circumstances over, and over, and over again. This is what we see intelligence do. And it's not what we would expect from an unguided process.


As the current work shows, a cause able to provide birds, sea turtles and salmon with quantum-mechanical precision points to intelligence at a very high level.