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A Theory about Kratom and Humans

When two or more species react to each other in evolution, the process is called coevolution. Interaction between two kinds of organisms is more likely to occur. For this discussion, we'll be looking at coevolution mostly through the perspective of plant species since we'll be discussing Kratom.

Plants and pollinators have a long-standing relationship that serves as an example of coevolution. Bees and flowering plants have evolved together over millions of years. In contrast to plants, which profited from pollen distribution and managed to stay stationary, bees acquire nutrition in the form of food or nectar.

On the other hand, coevolutionary collaborations are not always advantageous for everyone involved. Predator-prey interactions are a good example of how coevolution works.

The following are some examples in coevolutionary processes:

  • Relationship between a predator and prey
  • Bees on a flower fertilizing it
  • Competitive relationships.
  • The link between parasite and host
  • Mutualistic partnerships, which are the most common.

Mutualistic organisms, including bees and pollinators, gain from their coevolutionary ties. No dedicated research has been done on coevolution between animals and plants. However, experts last year indicated that humans and plants may have coevolved.

Humans may have cultivated plants such as premium green Borneo, which is known for its multiple health advantages. Due to its natural origins, many believe it benefits in current-day activities and tough workouts.

Kratom and humans may have a coevolutionary relationship, but only if natural selection influences interacting species, including the pressures they face and the geographic areas they inhabit.

Natural Selection Methods

Most of us learned about natural selection in biology class. A plant's ability to change as a function of its environment is called adaptation. Natural selection is often considered to be the driving factor underlying all evolutionary change (and coevolution). To be sure, it's only one facet of evolution that relies on natural selection.

natural selection chart

Strictly Targeted Pressures

Pressures in the environment that species react to during evolution are called selective pressures; these pressures are the driving force behind evolution. It's possible that Southern California has salty ocean air and parched landscapes as well as a lack of shade. Selective forces can be abiotic or biotic. Some of the most common selection pressures are as follows:

  • Competition
  • Shelter
  • Predation.
  • Sunlight
  • Parasitism
  • The removal of vegetation from the land.
  • Pollutants
  • Changing weather patterns
  • Temperature

The majority of Kratom is cultivated in the Southeast Asian region. Selective pressure is exacerbated by circumstances such as high humidity, high heat, clearing of land, bright sunshine, and storms. These selective factors have taught Ketum to adapt, thriving under these settings.

Areas of the Earth

All kinds of environments are possible for humans, including frigid tundras and tropical rain forests. However, our own early civilizations are the only ones capable of producing diverse living habits. For the most part, a species is more likely to be constrained to a narrow area. A species' geographic range is a term used to describe this.

Papua New Guinea, Indonesia, Thailand, Malaysia, and Myanmar are the only places where the Kratom plant may be found naturally. A major breakthrough of coevolutionary processes would be required for this to expand beyond this geographic area, and that's where humanity comes in.

The Coevolution of Kratom Plants: Is There a Human Influence on this?

For a moment, think about the human-kratom connection: Humans benefit from the alkaloids found in speciosa leaves, which encourages them to increase the number of trees they plant in the wild.

Are these two organisms interdependent? For this to happen, there must be three conditions met:

As humans, we developed to benefit from some of the alkaloids included in ketum. To pique human curiosity about the plant, it has evolved to create alkaloids.

Planting levels of human ketum operate as selection pressure, altering how it evolves and increasing its chances of survival. Fritillaria delavayi plants in China, according to a study, improved their camouflage in regions where they were collected more heavily.

When it comes to Kratom, things are heading in the wrong direction. There is a growing belief that plants are changing to better serve human needs rather than resist them.

As the herb's popularity grows, it's reasonable to think that more countries will follow suit and produce Kratom. As a result, the plant's geographic range will be expanded beyond Southeast Asia, increasing its chances of survival significantly. It's a common procedure for humans to move a new species to an unfamiliar region after it's been discovered.

Kratom and the modern world

As a society, the further we get away from nature, the more we feel a kinship with it. Following years of environmental degradation, humanity has been able to successfully regulate a handful of plants, allowing us to reap some of nature's bounty. Marijuana coevolved with humans and dynamic genes over a long time. Only cannabis can activate the THC receptors in the brain, which is unusual. In the past, Kratom looked to be less concerned about helping people. They have a parallel history regarding their relevance and how they are seen by culture and society.

Perspectives on the Evolution of Life

A staggering variety of chemical defense systems has been developed by plants and other autotrophic organisms to combat heterotrophic predation such as insects, fungi, vertebrate herbivores, and microorganisms.

seed germination chart

When it comes to the connection between living plants and organisms that eat them, hostility is the norm. Heterotrophs, the planet's remaining biota, rely on autotrophs for essential minerals and energy.


Kratom's emergence in tandem with human evolution is purely theoretical. Unfortunately, little research has been done on human-plant coevolutionary processes and even less on ketum in general. However, to further our understanding of the Kratom tree and its alkaloids, people have to raise questions like these.

When it comes to human-plant coevolution, consider cannabis as the final illustration of this phenomenon. Marijuana types with less than 5% THC concentrations were common in the 1960s. THC levels in marijuana are typically around 0.5% on a weighted average. In contrast, modern cannabis strains frequently contain more than 30% THC, which is most likely the result of increased human consumption.

Kratom could be experiencing the same effect if this is the case. Kratom's alkaloids can't rise in concentration by 29.5% in 60 years like cannabis' THC did? In both Kratom and cannabis, more research needs to be done to understand this phenomenon properly.

Plant-human coevolution, on the other hand, is an essential endeavor. Helping us understand the role that biological evolution and elements like geographical spans have on fauna and flora can help us promote appreciation for the natural world and strengthen the power of natural Kratom.

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