Some plants clean up pollution. My Biology book said, "...water hyaciths, cattails, and other aquatic plants..."1 clean out pollution. Maybe planting some of them would help reduce pollution on the planet. Maybe planting a polluted lake would help reduce pollution in the lake. I read in a book that spiritually unhealthy plants attract insects. Moria Timms said in Beyond Prophecies and Predictions, "Unbalanced plants attract bugs and insect infestation..."2 My Biology book said unhealthy plants give off a white secretion and insects come and eat them. Maybe the plants are unhealthy spiritually and this makes them give off a white secretion. Insects are attracted to the white secretion. Insects eat the unhealthy plants and when the plants propagate, the healthy plants thrive. This is the same with growth and decay. The plants grow and then decay. A mold on a plant decays it and the healthy plants thrive. A mold on a plant decays it. If a mold gets on a plant it decays it and the healthy plants thrive. The mold gets on the unhealthy plants. The unhealthy plants die so only the healthy plants are left. The unhealthy plants don't reproduce and the healthy plants reproduce. Decay eats up the unhealthy plants so the healthy plants can thrive.
DNA is a gene on your chromosome. In Biology class they say your genes, your DNA, controls the way you look. If you have red hair it is because of the red hair gene. Your DNA is made up of genes. The red hair gene gives you red hair. These genes get passed down to your children. Humans evolve and their DNA changes. You evolve and your DNA changes. You mutate your genes daily. You mutate all of your genes including the ones in your brain. The mutations go down from your brain through the spinal cord and to the sperm and the eggs. The biologist say you are born with all of the eggs you will ever have in your lifetime, but maybe you make new eggs each month. The mutations come out through the sperm and the eggs. The new DNA gets passed on to your children. Some black people in America have a disease that turns black skin into white skin. People with the disease are black people that have moved from a warm climate to a cold climate. Maybe they are evolving to have white skin like the people from the colder climate. The skin is slowly changing from black to white. Maybe this is how people evolved when people move from Africa to Europe. Maybe we could watch evolution in progress.
People evolve in response to the environment. Maybe alcoholics drink so much alcohol that their bodies feel like it is the environment. Regularly people drink water and their bodies adjust to that. You evolve in response to the environment and adjust to water. If you drink a lot of alcohol your body gets use to it like is water and adapts to it like it is the environment. People drinking so much alcohol maybe adjusting to alcohol as their environment and grow an alcoholic gene. They may grow a gene in response to all of the alcohol. It could be passed down through the family. A bunch of apes got hot and they sweated their hair out. They were not apes, but they were like apes. They were not fit for the environment. So they evolved to adapt to the environment and humans evolved. The apes died off. Apes have white skin and it turned black in Africa and white again in Europe. The ape's skin is thicker and tougher than human skin and is a little different shade of white than white skin. The Sun turned people's skin dark in Africa and then people moved up to Europe and they turned white. It is cloudy in Ireland and Scotland and the Sun poking through the clouds made freckles. The Sun poking through holes in the clouds made hole shaped brown marks on people's skin. Tribal people don't grow beards. They don't have to shave with a knife every morning. White people grow beards because it is cold and the beard keeps their face warm.
Starr, Biology The Unity and Diversity of Life. Belmont: Wadsworth Publishing Company, 1998. P. 893
Timms, M. Beyond Prophecies and Predictions. New York: Ballantine Books, 1994 p. 145, p. 146, p. 208, p. 259, p. 294
Comments