Biophysics of Soil Plant Systems with Arden Andersen
Regenerative Agriculture Podcast
AEA Marketing
4.7 • 546 Ratings
🗓️ 13 April 2020
⏱️ 68 minutes
🧾️ Download transcript
Summary
In this episode of the Regenerative Agriculture Podcast, John interviews Dr. Arden Andersen, who holds a Ph.D. in Agriculture and Biophysics. In this conversation on biophysics, John and Dr. Andersen explore topics such as the role of calcium, soil compaction, pest pressure, and more from the perspective of biophysics and energy.
Dr. Andersen's career in agriculture started in childhood on his family's holistically managed dairy farm. This experience provided him with the daring to question accepted science and to forge new paths. While earning a bachelor's degree in agriculture, Dr. Andersen noted that his father's herd suffered from none of the dairy diseases he was studying, allowing him to draw a correlation between disease immunity and herd health. Through further study, he determined that immunity is influenced by nutrition and that this principle is the same for plants and mammals, including humans. Dr. Andersen dove into the world of biophysics, learning from pioneers such as Dr. Philip Callahan, Dr. Dan Skow, Dr. Fritz-Albert Popp, and Dr. Carey Reams, all of whom have had a vast influence on the fields of biophysics and energetics.
Dr. Andersen reiterates the importance of soil calcium and functional biology to plant health, but from the perspective of the energetic signals the minerals and plants are carrying. He says that calcium is the foundational messenger that allows communication within the plant/soil system at the cellular level and that if calcium is ample, foliar sprays become much more successful and effective. Similar to putting a cheater bar on the end of a wrench to gain additional torque, foliar sprays add the last touches of power to a plant that has a sufficient soil base of nutrition.
John and Dr. Andersen discuss clay chemistry and clay aging and how this impacts soil compaction. Clay aging is a term derived from the petroleum industry and it describes the process that develops when enough potassium chloride has been applied into the clay matrix to drive out the calcium and magnesium. At this point, the clay collapses and hardens at the molecular level, and soil compacts easily.
Dr. Andersen warns that high-powered artificially produced electromagnetic frequencies can exhaust antioxidants and essential nutrients. To overcome the negative impact of these frequencies, plants must have a solid foundation of biology to derive nutrition from the soil. He states that plant growth is restricted by energetic limitations, and not by time. The subtle energies that drive information exchange between and within living cells determine how fast that cell can grow. An insufficiency of harmonic energy can lead to an insufficiency of molecular movement. By harnessing these energetic life forces, plants can be grown to maturity much faster. Dr. Andersen notes that plant genetic information is carried by an energetic signature that determines the physical chemistry and describes how stray energetic current causes both plant and animal disease by interfering with the central energy signature of that living organism.
Dr. Andersen stresses the importance of being in tune with the soil, plants, and life in the field. He reviews the scientific component of communication between plants and the human heart and mind, stating that it's the life force in plants that we are gaining from the food we eat which keeps us alive. Listen to this episode to explore how understanding energetic life forces can provide the key to gaining enhanced performance from our crop genetics and environment.
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Transcript
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| 0:00.0 | Hi friends, this is John and this is the regenerative agriculture podcast. |
| 0:05.0 | Welcome back and thank you for listening. |
| 0:06.5 | Today I'm very pleased and honored to have one of my mentors with us, Dr. Arden Anderson. |
| 0:13.0 | For those who are familiar with the organic and biological agriculture history, Arden needs no introduction. He has a very rich history, |
| 0:23.2 | both as a medical doctor and an agriculturalist with a PhD in biophysics, which is not a typical |
| 0:30.4 | approach you would find to the agricultural conversation. So I wanted to have a discussion with Arden |
| 0:35.3 | about some more unusual aspects of agronomy that are very important. |
| 0:40.3 | Before we jump into it, Arden, thank you for being here. |
| 0:44.3 | And we'll love for you to share a bit about your background and the story of the work that you're doing today and your work in agriculture and what brought you there. |
| 0:53.3 | Certainly, my pleasure, John. Thank you very much. And thank you for all of your work as well. |
| 0:58.5 | It's certainly been an interesting journey for me over the past number of decades. And I actually |
| 1:06.1 | grew up on a dairy farm that my father and grandfather were a little bit holistically minded in that in the |
| 1:15.0 | 50s and 60s, they saw that nutrition was the foundation of animal health and didn't follow |
| 1:25.0 | along with the conventional approach to fertilizing alfalfa, for example, |
| 1:31.3 | just that basic thing. |
| 1:32.9 | The standard university approach to alfalfa was dumped more potash on, and my father and |
| 1:38.6 | grandfather recognized, no, we've got to put lime out there if we want to grow good alfalfa. |
| 1:44.6 | And subsequently, if we want healthy cows, they've got to have long-stemmed hay, not all this grain. |
| 1:53.0 | And so that was kind of my introduction of looking at things from a more preventive perspective |
| 2:00.7 | and also not to just believe the party line |
| 2:05.5 | coming from the Extension Service and chemical companies just because they were the so-called |
| 2:12.7 | authorities on that. And my father said that he had an ag teacher who was also a cooperative extension |
... |
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