The plant in the picture is called the “bird of paradise.” It is neither a bird, nor is it found in paradise. However, it is indeed a beautiful example of the beauty of Earth’s diversity in the plant world. One of the primary reasons many of us enjoy travel and visiting museums, zoos, and arboretums is that we are enthralled with the incredible diversity of living things.
We want to suggest that this diversity is more than a device to entertain us humans. From a scientific standpoint, it is the diversity of life on Earth that has led to the high standard of living available to us on this planet. As geneticists unravel the genome of living things, it becomes more and more apparent why agricultural breeding practices of the past have been successful. The production of super chickens, super cows, low-fat pork, and all the other unique breeds has been possible because of all the different genetic options God built into life. If, for example, there had been only one set of genes for all bovines on this planet, such cattle as the Charolais would not have been possible. It is only because we have an infinite number of genetic possibilities to draw from that we can select those that will serve our particular needs.
In plants, this is equally obvious. We have only begun to appreciate all that plants can do. Scientists have studied only a small percentage of all plants on this planet to see how we can use them. Cures for cancer, AIDS, the common cold, and a variety of other ailments may well be in a plant we have not yet investigated. It is self-evident in today’s world that solving the problem of hunger lies in the fuller use of plants. The diversity of plants holds the key to better nutrition, more and better fabrics to protect and shelter us, and even the improvement of air quality.
In God’s creative wisdom, He gave us a wide diversity of life of all kinds and told us to “take care of the Garden, dress it, and keep it” (Genesis 2:15). The future has vast potential for good if we will use in a constructive way all that God has given us. To arbitrarily destroy any of this diversity and thus end its potential usefulness is not only poor management of the “Garden,” but also the worst kind of foolishness.
We also suggest that the beauty of Earth’s diversity of humans offers the potential for vast good. Each of us has a gift designed into our makeup that uniquely qualifies us to bring great blessings to others. Paul said it best:
“According to the grace given to us, we have different gifts: If prophecy, use it according to the proportion of one’s faith; if service, use it in service, if teaching, in teaching; if exhorting, in exhortation; giving, with generosity; leading, with diligence; showing mercy, with cheerfulness” (Romans 12:6-8). See also 1 Corinthians 12:8-27.
— John N. Clayton © 2019

One of the things that beginning chemistry students run into very early is the fact that magnetism plays a vital role in the way electrons and atoms work. I remember one of my favorite students who whined and complained when we talked about paired electrons and their dependence on magnetism. He said, “Why does chemistry have to be so terribly complicated? I could function very nicely without magnetism, thank you.” My response was that not only could he not function without magnetism, but he could not exist without magnetism. There is an inseparable bond between magnetism and life.
Oceans are essential for life on Earth. As we learn more about the oceans, we realize more and more how important the ocean treasure house is to our survival.
The movie E.T. has been getting a revival of interest because of a renewed interest in UFOs and claims of alien visitation. The media has given much attention to exoplanets – planets orbiting stars other than our Sun. With all this attention to life in space, it is no wonder we get the question of whether they would follow the teachings of Christ. “Would E.T. live by the
For many years science has studied the formation of the Grand Canyon. No single event produced the carving of the canyon. The north rim is higher than the south rim because the whole area has been bowed into what is called a monocline. Such flexing weakens rock just as bending a stick will weaken it at the point of maximum bending. In addition to bending and cracks which weaken sections of rock, water in the area is flowing toward the sea. The Colorado River flows in a path that wanders and winds through the area scouring its bed as it goes. Streams flow into the Colorado flow along the faults through weakened rock materials carving deeper and deeper. All of these things contribute to the formation of the Grand Canyon.
Science has made significant progress in understanding many things about the universe and our planet and the life on it. However, there are many, many things that we have not yet begun to understand. There are also many things we think we understand, but we are still working on better understandings. One question involves how the elements were created.
One of the struggles we all have is understanding 
With a