Design and Structure of Victoria Waterlilies

Design and Structure of Victoria Waterlilies
Victoria amazonia leaves
Design and Structure of Victoria Waterlilies
Victoria amazonia leaf underside

If you were going to build a barrier between the atmosphere and the water in a pond or lake, what material would you use, and how would you construct it? The construction industry would probably use concrete or iron. The problem with these materials is that they are vulnerable to chemical degradation and changes in temperature. In recent years, we have seen bridges collapse after relatively short periods of existence. Bridge design is difficult because the atmosphere presents a different set of problems than those encountered in the underwater world. God has an answer to this issue, which we can see in looking at the design and structure of Victoria waterlilies.

In the Amazon River, the leaves of the Victoria amazonica waterlily can grow to 10 feet in diameter. These lilies have very large, flat green leaves that grow on the surface of the water. The submerged stalk can grow to 26 feet long at an inch per hour. For protection from underwater herbivores, the salk and leaf bottoms are covered with numerous small spines.

The very large leaves have a network of veins underneath that some have compared to “transverse girders and supports.” This lattice-like structure under the leaves allows the plant to hold air, giving the leaf great strength and buoyancy. If the weight is evenly distributed across one leaf, it can support hundreds of pounds.

Many times, people have copied the amazing designs we see in the natural world, and Victoria water lilies may be one example. You can see them in many botanical gardens in the United States and other countries. Everywhere we look, we see the wisdom and design of God in His creation. However, the most amazing thing about the Victoria amazonica waterlily is the system it uses to reproduce. We will look at that tomorrow.

— John N. Clayton © 2024
References: worldatlas.com and wikipedia.org

Why Did Dinosaurs Exist?

South American Tapir brings to mind the question "Why Did Dinosaurs Exist?"
Lowland Tapir (Tapirus terrestris)

An interesting question we often hear is, “Why did dinosaurs exist?” We have pointed out in several articles and posts that none of the words used to describe the animals in Genesis 1 can reasonably describe a dinosaur. The same is true in Job and other scriptures that describe large animals. If we take Genesis 1, the animals described in that chapter are animals Moses knew, and their role was clearly defined.

We have suggested that the dinosaurs were a part of the preparation of the Earth for human habitation. “In the beginning God created the heaven and the earth” does not tell us how He did it or what processes and time were involved. Asking why did dinosaurs exist, leads to the question of whether there was a logical reason for an animal like brontosaurus to exist.

Science News (July 4 and 18, 2020) published an article about research on the lowland tapir (Tapirus terrestris), the largest mammal in South America. The Amazon Environmental Research Institute in Brazil refers to the tapir as the gardener of the forest. The rainforests would be biological deserts except for the actions of the tapir. This large mammal feeds on the seeds of about 300 plant species and defecates them in areas that would otherwise be barren. In modern times the tapir has been a primary factor in the recovery of burned-over areas. When Earth was a barren desert at the time of the dinosaurs, the problem would have been even more critical.

We suggest that the dinosaurs were the gardeners of the Jurassic and Cretaceous geological periods. A brontosaurus would produce massive amounts of dung filled with seeds. They would have kept a balance between plant growth and the re-seeding of plants. The enormous meat-eating dinosaurs were mostly carrion eaters that helped with cleanup and helped to control the populations of plant-eaters.

As we question why did dinosaurs exist, we see God’s wisdom in the process of creation. He provided a world that allows humans to have food and resources to use in daily life. At the same time, the design left a guide for modern humans to follow in locating and synthesizing these resources. We know where to find the minerals and fuels because we understand the process God used to put them there.

— John N. Clayton © 2020

For a detailed description of Genesis 1 go to doesgodexist.org and read the booklet “God’s Revelation in His Rocks and His Word.”

Unique Spiders with Amazing Speed

Unique Spiders with Amazing SpeedOne of the evidences for God is the specialized design features built into living organisms. There are indications of design and intelligence that are difficult, if not impossible, to explain by chance. There are about 35,000 named species of spiders, but scientists are still discovering more unique spiders.

Spiders have many features that allow them to provide balance in the natural world by eating insects which would otherwise pose a threat to all life on Earth. Spiders capture their prey in various ways. We usually think of spiders making webs. Most of them do, but not all. Many unique spiders use other tactics to grab insects, while the ones that make webs use a variety of shapes and patterns in a variety of locations. Even the way they use their webs varies.

One family of spiders called ray spiders (Theridiosomatidae) make cone-shaped webs. But even ray spiders don’t all use their cone-shaped webs in the same way. In the Peruvian Amazon, there is a ray spider that weaves a cone and attaches a single strand of silk to its tip. The spider reels in the strand to put tension on the web. Instead of waiting for an insect to fly into the web, this spider takes a more proactive approach. When an insect flies in front of the cone, the spider releases the single strand. With the tension released, the web shoots out with the spider riding the tip of it like a slingshot. The helpless insect gets nabbed in mid-air. For obvious reasons, this spider is called the slingshot spider.

The tip of the cone with the spider attached reaches the target with amazing speed before the insect can escape. Scientists have measured the acceleration of the spider riding the slingshot at 100 times the acceleration of a cheetah, the fastest land animal on the planet. As far as unique spiders, we believe that the slingshot spider holds the title of world’s fastest spider.

This spider creates a very complex and well-designed food-collecting tool. The spider must make the cone in exactly the right shape, and with the right chemical make up of the strands for elasticity. Who taught the slingshot spider this amazing trick and gave it the physiology needed to carry it out? We see God’s design and chemistry in everything from the atom to the universe to every living thing on Earth, including unique spiders.
— John N. Clayton and Roland Earnst

Reference: Science News, April 13, 2019, page 5.