A DOXOLOGICAL VIEW OF GRASSES

A Doxological View of Grasses,

with Special Attention to Matthew 6:28-30 and Luke 12:27-28

 James J. S. Johnson, JD, ThD, MSGeog

grass-field-with-wildflowers-prairie

And God said, Let the earth bring forth grass, the herb yielding seed, and the fruit tree yielding fruit after his kind, whose seed is in itself, upon the earth: and it was so. And the earth brought forth grass, and herb yielding seed after his kind, and the tree yielding fruit, whose seed was in itself, after his kind: and God saw that it was good. (GENESIS 1:11-12)

Each blade of grass is a soil-rooted witness, giving evidentiary proof of God’s Creatorship. Furthermore, each blade of grass is a growing doxology, directing us to worship the LORD.

Recently Mike Matthews, of Answers in Genesis (and Editor-in-chief of ANSWERS magazine), observed the following truth about grasses, calling them “green factories”:

These [grasses] are God’s creation. They perform a fundamental biological process—photosynthesis—that still astounds scientists. The thousands of chemical equations [that describe the grass-housed photosynthesis process] would fill a wall. Yet every day, these green factories churn out the sustenance of life. They remind me that a lowly sinner like me can glorify my Maker and Life-giver, who gave His life for me.

[Quoting Michael Matthews, “Green Factories”, ANSWERS, 11(4):86 (October-December 2016), emphasis added.]

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Now that is sound science!—that is meaningful analysis of what grasses are really here for, revealing details of God’s immeasurably creative glory, simultaneously with recognizing the value of His bioengineering providence. Why? So that we can better know and appreciate our God for Who He really is! If our hearts are not stirred to worship, we have failed to understand the meaningful value of His creation.

Grass seems so plain, so un-exciting – it dominates many parts of the world, so we deem it common-place (see Job 5:25).

But a careful study of grasses, observing the many moving parts within their complicated living systems (and interactions with their environments), leads to an appreciation for their God-designed purposes, programs, and complexities.

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Yet it is not enough to learn the “geeky” science data (such as the biochemical mechanisms that power the plant photosynthesis pathways), such as whether this or that plant uses the C3 version (or the C4 version) of carbon dioxide-to-carbohydrate photosynthesis.c4-photosynthesis-compared-to-c3-diagram

Even so, the ecological and agricultural details — far beyond the scope of this short perspective article — exhibit how God uses growing grasses, which are here today and gone tomorrow (Isaiah 40:7-8), to feed both mankind and many animals.

He causeth the grass to grow for the cattle, and herb for the service of man: that he may bring forth food out of the earth. (PSALM 104:14)

If we, as creatures who owe God glory and gratitude, fail to personalize the lesson that His living creation provides—including doxological lessons from blades of grass—we have failed to be true creation scientists. The ultimate purpose for learning about grasses is to glorify God and enjoy Him forever, as the Westminster Confession reminds us (see also 1st Corinthians 10:31 & John 10:10).

Recently I participated in an evening lecture series, at ICR, called “Grassland Habitats: God’s Providence in Plain View — Living in Prairies and Pampas, Steppes and Savannas (Grasses, Grazers, Grazer-Grabbers, and Grasshoppers)”.

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Suffice it to say, the opportunities for learning about bioengineering details that God has designed, programmed, installed, and maintains – in the various grasslands of the world – could be packaged as a full-length college course (such as APOL 557, “Grasslands and the Genesis Mandate”, an elective in ICR’s Master of Christian Education degree program).

And it’s not just above-ground photosynthesis that grasses facilitate, because the root systems of grasses, unseen by humans, busily perform many valuable functions – such as processing nitrogen compounds in ways that facilitate protein synthesis (e.g., in legumes), mineral recycling, the hydrologic cycle, and abatement of soil erosion. Grasses work hard, honoring God by their very existence and operations – regardless of whether any humans “have eyes to see” it or not.

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But why is there no emphasis on the doxological aspect of grasses?

Once again, listen to the insights of Mike Matthews, as he hits the bull’s-eye on what is usually missing from “natural science” publications, and even from many “geeky” studies in “creation science” literature.

First, what’s with the photo on the last page [of ANSWERS magazine, October-December 2016 issue] ?

I’d like to open my heart wide here. … I’m a literature guy. What fires my engines each morning is not the [geeky] details of science, as interesting as they are. It’s knowing God better. …

For a believer to know Him is to be devoted to Him. It means being so overwhelmed by the perfections (or glories) of His being –and by His creation—that we can’t help but renew and deepen our dedication to serve Him with our whole heart, soul, mind, and strength.

The term devotional has gotten a bad rap these days. For some reason, it has the connotation of light and fluffy. The root meaning is just the opposite. It’s associated with love, loyalty, enthusiasm, worship. …

The Almighty God is so glorious that He effortlessly tosses priceless gems into every nook and cranny of our lives. Everywhere we look, even lowly blades of grass, the Lord gives us reminders of His grace and majesty.

[Quoting Michael Matthews, “Devotional Isn’t a Trite Word”, ANSWERS, 11(4):10 (October-December 2016), emphasis added.]   Finally!  It’s about time that someone emphasized the valuable role of devotional theologyand doxological creation apologetics.  (Apologetics is firstly a matter of “sanctifying the Lord God” in our hearts — only secondarily is it a matter of providing witness of God’s truth to those with ears to hear — see 1st Peter 3:15).

Yes, Mike, we see countless doxologies in creation, every day, if we “have eyes to see” it. God’s providential care and splendor are ubiquitous (Acts 14:17), so there is no excuse for us to lose our “first love” for Him (Revelation 2:4).

ppt-creatorship-is-clearly-seen-grassland

The ultimate reality and focus of all creation is not primarily about people, even though humans are quite valuable – the main reality is about God being the Creator!  All of creation, therefore, especially our own lives, can and should be an ongoing doxology for Him (Revelation 4:11). And yet, that doesn’t mean we should shirk or flee from the “geeky” side of creation studies; rather, we should harness such observations for God!

In fact, the Lord Himself emphatically encouraged the study of wildflowers and field-grasses, according to Matthew (6:28-30) and Luke (12:27-28)  —  and I must thank my research assistant, Jared Watkins (of Tyndale Theological Seminary), for the New Testament Greek research  that undergirds these philological insights.

matthew6-28-30-philology-slide

Specifically, Matthew reports Christ using an imperative verb that means to intensely learn, to thoroughly study (καταμαθετε) – to carefully observe (i.e., what empirical scientists call “research”). Matthew’s verb is related to the Greek noun translated “disciple” — so our study of wildflowers and field-grasses should involve the due diligence of a disciple!

But there’s more. Luke complements Matthew’s record, reporting that Christ also used an imperative verb meaning to intensely mind, to thoroughly think through (κατανοησατε) – to carefully understand (i.e., what empirical scientist call “analysis”).

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In short, Christ’s exhortations – preserved in Scripture by Matthew and Luke – obligate us to practice faithful-to-the-details “research and analysis”, so that we can reverently and admiringly appreciate God’s providence, for the supposedly “simple” wildflowers and field-grasses.

And the photosynthetic (and other) providences of such “green factories” point to even greater providences — including God’s personalized care for our own lives and futures.

Accordingly, paying attention to these grassy “green doxologies” can and should encourage us to expect God’s greater providences in our own lives, as higher creatures – being uniquely created with life in God’s own image – plus having our lives salvaged from our sinfulness by the completed redemptive work of His crucified-and-resurrected Son, our Lord Jesus Christ (Psalm 102:18; Ephesians 2:8-10, Luke 10:20).

So, if I am obedient, daily, to Matthew 6:28-30 and to Luke 12:27-28, I will daily recognize that (so-called) “simple” blades of grass, plus their underground root systems, are Earth-rooted doxologies, pointing our minds and hearts heavenward.   ><>  JJSJ

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Texas Bluebonnets Are Tough as Texas, Exhibiting God’s Bioengineering Artistry

Texas Bluebonnets Are Tough as Texas,
Exhibiting God’s Bioengineering Artistry

Dr. James J. S. Johnson

tx-bluebonnets-sunset

Did you ever think about how hard it is to grow Texas Bluebonnets (which are native only to Texas), or how that very difficulty is itself a telltale evidence of God’s bioengineering artistry?

Jared Watkins, a graduate student at Tyndale Theological Seminary, informed me of this worthy observation (based on his independent research), during the summer of AD2016. In fact, he did so shortly after he advised me on some New Testament Greek philology insights, emphasizing how the serious study of wildflowers is a truly Biblical endeavor, according to the Lord Himself.

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This verse from the Gospel of Matthew (Matthew 6:28-30), which is complemented by a similar passage in the Gospel of Luke (Luke 12:27-28), quotes the Lord Jesus Christ using an imperative verb to direct His then-immediate audience to intensively and thoroughly study and learn about wildflowers of the fields, in order to better appreciate what kind of Creator our God is. Having done so, we should better appreciate how much purposeful planning and providential working God has employed to prepare us for life – abundant life now and everlasting life to come!

But do we care how much care God has designed in the flowers of the fields, most of which will never receive a passing glance by any human, during its ephemeral life cycle, much less any prolonged and detailed-observation-based study? As the parallel passage recorded by Luke indicates, our study of wildflowers should include very serious analysis. If we really think through how much planning and bioengineering work God has invested in wildflowers – and He has! — we will much more easily appreciate how much planning and providence God has programmed and orchestrated into our own lives.

luke12-27-28-philology-slide

For just one example of God’s handiwork in a wildflower, consider – consider with serious attention and appreciation – what God has put into the hearty category of leguminous lupine wildflowers that we collectively call the Texas Bluebonnet (Lupinus spp.), the official flower of the Lone Star State. In the process of learning about these prairie ornaments – more glorious than any garment Solomon wore on his best day – we can recognize these simple yet important facts:

(1)  More is needed, for Texas Bluebonnets to survive, than sowing their seeds.
(2)  Even planted properly, Texas Bluebonnets have very specific growth needs.
(3)  Texas Bluebonnets contain potential diversity, yet only within boundaries.
(4)  Texas Bluebonnets show God’s big-picture care for ecologically healthy soil.
(5)  Texas Bluebonnets require fine-tuned design and maintenance, not just luck.

Thankfully, Texas Bluebonnet flowers have been intensively and thoroughly studied (matching the blended mandate of Matthew 6:28-30 & Luke 12:27-28) by botanists, agronomists, and ecologists for many years (underwritten by Texas petroleum and/or Texas taxpayers!), especially some affiliated with Texas A&M University — so some serious findings of Aggie horticulturists (Jerry M. Parsons, Steve George, & Greg Grant,) are quoted at length below.(1)

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Planting Bluebonnet Seeds Is Just the Beginning

To start with, God invented plants (on Day 3) with their necessary seeds contained within all of the original ancestor plants. There would never be any plant reproduction if God had not designed the mechanics for successful plant progeny from the very beginning. So, with proper seeds, life can be reproduced, one generation after another — yet sowing seeds is just the beginning.

September and October are the months for planting cold hardy fall annuals which bloom profusely the following spring. This concept is a hard item to sell to most people who are convinced that customarily “April showers bring May flowers”, therefore, they don’t consider planting until April. Nature [i.e., the created arrangement that God preprogrammed during Creation Week], on the other hand, doesn’t need convincing that fall IS the best and proper time for planting winter annuals. A number of spring-blooming wildflowers germinate in the fall, their tops remaining small and inconspicuous while developing a massive root system throughout the winter, then provide us with a riot of color during April and May. The bluebonnet is one of these.

Although heat is needed to germinate the seed, cool weather is needed to develop the bluebonnet’s root structure. Basically, cultural practices for the Texas state flower have not been changed or significantly researched in the past century. Because of research supported and funded by the Worthington Hotel of Ft. Worth and thanks to modern agricultural technology, the bluebonnet is finally becoming “all that it can be”, taking its place among our most treasured, hardy bedding plants. The clue to successfully cultivating bluebonnets lies in a knowledge of the seed. The seeds resemble small, flat pea- gravel and are multi-colored with slate blue and light tan being the most common hues. People can now buy bluebonnet seed which will germinate and begin growing within ten days rather than the months required previously.

One might think that any seed, if viable, will grow when planted; not so with the bluebonnet. Nature [sic – in reality, the subject noun of this sentence should be “God”] has structured the bluebonnet seed in such a way that only a small percentage of the seed germinates during the first season after planting. This delayed germination ensures species survival during periods of adverse growing conditions such as prolonged drought. Nature may want to ration bluebonnet seed germination but planters of the state flower want each and every seed to germinate and grow rapidly.(1)

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There’s More Than Sowing Involved, If You Want to Reap Texas Bluebonnets

As the realtors are known to say, “location, location, location” – and that is true when it comes to the successful germination and maintenance of Texas Bluebonnets. Geography matters, especially in matters ecological(2) —  including wildflowers!

Of course, getting seed to germinate and plants to emerge from the soil is just the beginning. To insure success you must have first chosen the optimum planting site. Emerging seedlings must be protected from the ravages of pillbugs and rotting by soil fungi. Most would-be bluebonnet growers kill plants with too much water. Remember, bluebonnets are actually very drought tolerant and as such are very susceptible to death from overwatering. …

One way to ensure successful bluebonnet bloom from seed or transplants is to plant them in an ideal location. Ideal can be defined with one word, sunny. Bluebonnets will not perform well if grown in the shade or in an area which receives less than 8-10 hours of direct sunlight. If grown in a shaded area, the plant will be tall and spindly with few blooms. Bluebonnets will thrive in any [Texas] soil as long as it is well drained. If you are plagued with a sticky clay soil, try building raised (6 inches or more) planting beds and amending the soil with 3-4 inches of organic matter (compost, tree leaves, spoiled hay, etc.).

Don’t keep the soil too wet; just keep it slightly moist. Remember that once plants become established (two or three weeks after planting), they are drought tolerant and one of Texas’ toughest natives. …

Also remember that during early growth, bluebonnets form ground-hugging rosettes. The whole plant may not be over several inches tall but the leaves may cover an area the size of a dinner plate. This is a natural condition and regardless of how much one waters or fertilizes, the plant will not grow rapidly until the warmth of spring initiates flower stalks. It is also natural for the lower leaves to turn a crimson color after the first freeze.

Beneath the rosette of leaves, a large mass of roots is growing. These roots have the ability to form nitrogen-fixing nodules [how convenient is that?!] which are filled with beneficial bacteria that can take nitrogen from the atmosphere and feed the plant.  This means that fertilization can also be kept to a minimum. No additional fertilizer needs to be added to bluebonnet planting beds since most established planting beds have an abundance of plant nutrients remaining from fertilization of previous crops.

When actually planting bluebonnet seed, FORGET THE IDEA OF JUST THROWING OR SCATTERING THE SEED IN THE GRASS! Much bluebonnet seed has been wasted as bird feed using this scattering technique. The seed MUST be lightly covered or raked into the soil. In naturalized fields of bluebonnets, the seed is gradually covered by washing soil and defoliation of weeds and grass, BUT IT IS COVERED BEFORE IT ACTUALLY GERMINATES.   When planting a bluebonnet transplant, be careful not to plant it too deeply. You will notice that all of the leaves arise from a central crown-like structure. This crown should not be buried, otherwise the plant will rot. …

Bluebonnet planting time is also important. Many people wait until they see bluebonnet plants blooming in the spring to begin planting. IT’S TOO LATE to plant transplants in the spring. Fall is the optimum time! The sooner in the fall (beginning in September) chemically-scarified seed and transplants are planted, the larger the plants will grow in the spring and subsequently more bloom will occur.   Root systems of seedlings and transplants established in early fall expand more and are able to produce a larger plant when top growth and bloom begins in the spring.(1)

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Texas Bluebonnets at Risk, Even If Planted Properly

Of course, plants get eaten – that was part of the original ecosystem plan, even before Adam sinned and thereby incurred the Edenic curse of entropy and death on all of the earth.(3)

Consequently, regardless of the original food-web equilibrium, Texas Bluebonnets must be resilient enough to survive the hungry herbivores of this fallen world, such as various voracious bugs that gobble flowers of the fields.

pillbug-aka-rolypoly

Major enemies of seedlings and transplants are small, nocturnal menaces referred to as pillbugs, rolly-pollys [also spelled “roly-polies”], sowbugs, and several other names which should not be mentioned in polite company. These hungry devils can devour plants overnight. Many times the devastating onslaught does not occur immediately after planting. To ensure seedling and transplant survival, it is wise to broadcast pillbug bait around the newly established or emerging plants and do so weekly during the first month after planting.(1)

According to Michael McDowell, it appears that Texas Bluebonnets are sometimes attacked by Conchuela Stink Bugs (Chlorochroa ligata); these pests appear soon after bluebonnet seedpods begin forming.(4) Another challenge to bluebonnet survival, in a fallen world!(3)

conchuelabugs-on-bluebonnet-seedpods

 

Texas Bluebonnets Display Potential Diversity within Designed Boundaries

Within the genus of Lupinus there are varieties that sport more colors than just royal blue, thanks to the dominant and recessive genes that code for blossom colors — which God artistically incorporated into the original lupine genome.

 In 1982, a terminally ill entrepreneur and Texas naturalist named Carroll Abbott, known to some as “Mr. Texas Bluebonnet”, implanted in the mind of Extension horticulturists a dream of planting the design of our state flag comprised entirely of the state flower to celebrate the 1986 Texas Sesquicentennial. This seemingly simple proposal and what has been involved to make it a reality have involved thousands of people, created a multi-million dollar agricultural industry, generated tremendous publicity for Texas A&M, and is still producing new products and wildflower knowledge with no apparent end in sight.

Since the beginning, development of unusual bluebonnet color types has been the main driving force of this project. All of the other developments including bluebonnet transplants, rapidly germinating, chemically scarified seed, commercial seed production and early-blooming plant types were all necessary ingredients needed to find and proliferate the colors needed (blue, white and red) to plant the initial floral goal, a Texas state flag.

BLUE: The blue bluebonnet was, of course, already available. The only thing needed to be done with this color was to enhance seed germination and formulate a commercial production technique which would ensure a dependable seed supply.

WHITE: The white strain of bluebonnet was familiar to most local botanists yet still unknown to the majority of Texans. Photographers always treasure the opportunity to find a rare white albino bluebonnet nestled among the blues to enhance their artistic attempts. Consequently, many people knew where white populations existed.

PINK: The development of a pink bluebonnet was thought to be an impossible task. Even Carroll Abbott considered location, purification and proliferation of the pink, and eventually red, bluebonnet a bit farfetched. This great plantsman had roamed the fields of Texas his entire life and had seen only three pink bluebonnet plants. Most of his native plant friends had never seen even one! In searching for the pink strain, the same criterion used to successfully locate and purify the white bluebonnet strain was used. People were told to collect only seed from pinks in large groups so that natural selection would have already bred some of the blue out of the pinks. However, the pinks were indeed so rare that only four locations throughout the entire state were reported. The “mother lode” of pinks was found within the city limits of San Antonio. Once a gene source was located the pink and shades thereof were added to the bluebonnet color spectrum. Because the pink strain of bluebonnet was so rare and so special, it has been named after the mentor of this project. The ‘Abbott Pink’ bluebonnet is now a reality. Its unique and subtle beauty will always serve as a reminder of Carroll Abbott’s dedication and inspiration to all who love and appreciate nature’s rarities.

OTHER COLOR STRAINS: Like Carroll Abbott himself, the pink bluebonnet is full of surprises. The ‘Abbott Pink’ strain is providing wonderful “bonus” color hues which none could have initially imagined.   The purification of a pink bluebonnet strain will eventually lead to the creation of an entirely new color variant which will make the bluebonnet without a doubt the most revered state flower in history to a certain segment of the Texas population.   Geneticists indicate that for every color in nature, there exist hues or shades of that color. For instance, within the pink bluebonnet there should exist a series of shades of darker pink and, eventually, red.   Another spectrum of colors should exist when blue color shades are mixed with dark pink or red to create lavender or possibly even maroon.   Now isn’t there a group of Texans who might show a subtle interest in developing a maroon colored state flower? Sounds as if the Aggies may have done it again!(1)

tx-bluebonnet-aggie-maroon-variety

Some might wonder: how can these wildflowers be tinkered with to produce these others colors? If a flower is “naturally” blue, so it’s well-known as a “bluebonnet”, shouldn’t it “stay” blue? However, to say that the flower is “naturally” blue presupposes some assumptions about the built-in genetics of the flower – yet exactly what kind of variability did God design into the flower’s genotype, to enable it to be expressed (visually) with a phenotype of different colors – such as red, white, blue, pink, and even Aggie maroon?

The additional colors of the state flower were not genetically created by man; these colors have existed for as long as bluebonnets have bloomed.  The additional colors, which already existed in nature and have for hundreds of years, were simply isolated, purified and grown in large numbers.  No plant breeding or genetic manipulation of bluebonnets has been done except by God.  All of these colors have been developed to enhance the Texas state flower. ALL of these colors, by law, are legally the state flower [since Texas law designates all varieties of the Texas Bluebonnet as “the state flower”].

Now, for the first time in history, color patterns of the state flower can be planted and enjoyed. And, since these colors are all naturally occurring selections, they complement each other perfectly, making design and color selection almost fool-proof. There is nothing prettier than a mixed bed of pink, white and blue bluebonnets. Through working with Mother Nature [OOPS!  —  the phrase “Mother Nature”, here, is a nonsensical appellation here, failing to give credit where credit is due! – in the previous paragraph, however, the authors said it right – God], the Texas state flower can now be raised to new heights of beauty and enjoyment.

Others hasten to add: “If a bluebonnet flower is white, it shouldn’t be called a bluebonnet, it’s a whitebonnet.” The state flower is the bluebonnet, written as one word. A color variant of that flower would be properly described with the name of that color, PLUS the name of the flower. Consequently, the terms white bluebonnet, pink bluebonnet, and maroon bluebonnet are correct. Be advised that from all packets of seed or flats of transplants of bluebonnet color strains such as pink, white or ‘Worthington Blue’ there will be some plants which will bloom with the standard blue color. The new color strains are not 100 percent pure and thus will occasionally exhibit the ancestral blue and possibly other hues as well. Also, be advised that in bluebonnet stands which have been allowed to naturally reseed the mixing of blues with pinks or whites will, in several years, result in reversion to the blue color due to cross-pollination and the subsequent masking of the less dominant color strain.(1)

tx-bluebonnets-westtexas

 

Texas Bluebonnets, Being Legumes, Fertilize Soil with Nitrogen Compounds

But there’s more to marvel, because this lupine ornament fertilizes the Texas soil, by providing organic nitrogen needed throughout local food-webs.

It’s ironic that the name Lupinus is derived from the Latin word lupus, meaning wolf. In fact, at one time bluebonnets were known as wolf flowers because they appeared to devour the soil, as they were often found growing in thin rocky soils which didn’t support any other plant life. But it was later discovered that bluebonnets did not rob, but enhanced the soil.

In nature there exists a form of natural fertilizer which is pure and clean. It is the fertilizer, especially [compounds of] nitrogen, produced by soil organisms. The best known of these nitrogen-fixing soil organisms is a bacterium, known as Rhizobium [a/k/a the Rhizobia, because there is a group of similar bacteria that share the same genus name], which lives on the roots of legumes such as clover, alfalfa and vetch. The relationship between this bacterium and the plant is referred to as symbiotic [or, more accurately, as “mutualistic”], meaning that both organisms involved benefit. The plant receives the much needed nitrogen from the bacterium which has the ability to take nitrogen from the air. The bacterium, in return, lives on the roots and receives life support from the plant.
Man benefits as well because the plant, which has been nurtured by the bacteria-formed nitrogen rather than applied fertilization, can then be utilized as a nitrogen source when the plant tissue decomposes. The nitrogen produced from this system is “clean” because there is no salt or chemical toxin potential.

The use of legumes specifically as a source of nitrogen [i.e., as a source of organic nitrogen compounds] has not been a common practice in Texas. The main reason for this has been the expense involved in their establishment.

There IS, however, a legume which thrives in all areas of Texas, produces nitrogen via Rhizobium bacteria, and is the state flower as well — the bluebonnet. The Texas bluebonnet belongs to the legume or bean family (Fabaceae or Leguminosae). Bluebonnets are probably the most important native rangeland legume in Texas, often occupying hundreds of acres of rolling hillsides during the cool (fall, winter and spring) months. The roots of these legumes are highly nodulated, making them important sources of nitrogen for the soil.  Because lupines are able to invade soils low in nitrogen, they have become established in disturbed areas. This is the reason why certain species are used as cover crops for the enrichment of agricultural soils. Bluebonnet plants have the capacity, with the help of Rhizobium, to produce as much nitrogen as soybeans, which often yield as much as 100 pounds of nitrogen per acre.   Bluebonnets are not a preferred food of deer, as are clover and vetch. Therefore, survival of bluebonnet plants in areas heavily populated with deer is ensured. The bluebonnet is also extremely cold tolerant, so freezes normally will not kill the plants.(1)

tx-bluebonnets-aggie-variety-and-logo

 

Summary Advice for Texas Bluebonnet Horticulture

So, to sum up what the Aggie researchers have documented about Texas Bluebonnets, consider the following horticulture/agriculture facts about planting and maintaining bluebonnet flowers.

• Plant in full sun, in soil which drains well and doesn’t stay wet for long periods of time.
• Utilize transplants or chemically scarified seed
• Barely cover seeds with soil, don’t bury the crown of transplants
• Water seeds only on the day of planting and transplants only when the top one inch of soil dries
• No applications of fertilizer are required but are helpful and will cause more abundant bloom
• Interplant with pansies and other annuals for winter-long color
• Don’t overwater!(1)

Having reviewed the above information and advice on how to raise Texas Bluebonnets, in a garden or across a pasture, consider how utterly implausible it is to imagine that Texas Bluebonnets “accidently” invented themselves, somehow, with their various and unique genetic bioengineering blueprints, physiological traits (and beauty!), and ecological interactions (such as helpfully fertilizing Texas soil with nitrogen compounds). Blind, impersonal, evolutionary “luck” cannot explain the etiology or survival of the wildflowers we call Texas Bluebonnets. These pretty flowers (of any hue) are difficult enough for humans to establish and maintain (even when they start with the right kind of seeds, which God invented from scratch!) — so you can forget about bluebonnets “evolving” their way into real-world existence, via any imagined mixture of fortuitous “luck” and material “accidents”.  In other words, Texas Bluebonnets grow and stand in opposition to all animistic genes-in-magic “natural selection” fairy tales:  materialistic “luck” scenarios can never explain the natural glory of Texas Bluebonnets.(5)

Rather, Texas Bluebonnets – by the glamorous gazillions, by their very exquisite existences — collectively and individually demonstrate(6) how God loves and makes beauty, in Texas fields – as if Texas Bluebonnets were a huge and festive garment for some of the semiarid soils of the Lone State.

So there is a lesson to learn, here, from the diligent efforts of Texan horticulturists who try so hard to plant and maintain Texas Bluebonnets – as they intelligently select, sow, and maintain growth from the right kind of seeds, planted in the right kinds of soils.

No wonder the Lord directed His followers to study, to learn about, and to thoughtfully analyze His providential programming, as it is daily displayed in His marvelous and multifarious (and artfully painted) wildflowers, such as Texas Bluebonnets.

><>  JJSJ     profjjsj@aol.com

tx-bluebonnets-gardener-windmill

References

 1. Quoting Jerry M. Parsons, Steve George, & Greg Grant, “Texas Bluebonnets – Texas Pride”, Aggie Horticulture (Texas A&M AgriLife Extension, n.d.), posted at http://aggie-horticulture.tamu.edu/archives/parsons/flowers/bluebonnet/bluebonnetstory.html [emphasis added], accessed 9-8-AD2016). This article on Texas A&M research and analysis was provided to me by Jared Watkins.

2. See James J. S. Johnson, “Geography Matters, Illustrated by Pronghorns, Mountain Goats, and Old Testament Warfare”, posted at https://bibleworldadventures.com/2016/08/17/geography-matters-illustrated-by-pronghorns-mountain-goats-and-old-testament-warfare/ .

3. Compare Genesis chapter 3 with Romans 8:19-22. 

4.  See Michael McDowell, “Untold Stories of 2013:  When Insects Attack!”, Plano Prairie Garden website (accessed 9-9-AD2016), posted at http://planobluestem.blogspot.com/2014/01/while-we-wait-for-spring-to-come.html (photograph reposted under  Fair Use statute of U.S. copyright law).

5.  Regarding the problem of animistic mysticism parading as “science” falsely so-called (1st Timothy 6:20), see generally Randy J. Guliuzza, “Natural Selection Is Not ‘Nature’s Design Process'”, Acts & Facts, 39(4):10-11 (April 2010), posted at  http://www.icr.org/article/5295/    —  as well as Randy J. Guliuzza, “Darwin’s Sacred Imposter:  How Natural Selection Is Given Credit for Design in Nature”, Acts & Facts, 40(7):12-15 (July 2011), posted at http://www.icr.org/article/darwins-sacred-imposter-how-natural/ .

6.  It is noteworthy that each Texas Bluebonnet flower is a stand-alone exhibit of God’s glorious Creatorship, so the entirety of all Texas Bluebonnets – past, present, and future, anywhere in Texas – “testifies” collectively as a virtual galaxy of silent (yet beautiful) witnesses that provide piled-on proof of God’s glory (illustrating Matthew 6:28-30). Regarding this cumulative (and super-redundant) proof of God’s glory, consider similar logic analyzed in James J. S. Johnson, “Quintillions of Creation Witnesses: Blood Service Agents Testify for Creation”, Acts & Facts, 40(5): 8-9 (May 2011) (“Do not think of blood cells as one or two “generic” witnesses to God’s creativity and bioengineering handiwork. No, every single blood cell in the world today—wherever and for whomever it is doing its God-appointed work—is a stand-alone proof of God’s creation. Each of these quintillions [itself] testifies that God is our Creator!”), posted at http://www.icr.org/article/6045 .

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Post-script:  This article, about Texas Bluebonnet flowers, is dedicated to the author’s wonderful wife — because she is a patriotic native Texan.  (The author, admittedly, is merely a “carpet-bagger” who calls Texas his earthly home.)