Biodynamics advocates natural, chemical-free, integrated practices to promote regenerative and self-sustaining agriculture, which appears to be a good thing.
However, woven throughout it is a great deal of mysticism and spirituality, involving ideas about 'life forces' and 'cosmic energies,' which were a hallmark of Steiner's theories and are far from scientific.
Biodynamics has been referred to as "pseudoscience" and even a "belief system" on several occasions, and while it has many pragmatic and level-headed practitioners, it also has a very wacky fringe.
A recent piece on the site 'Word on the Grapevine' sparked the newest round of controversy, with the author, Joshua Dunning, delving into the more esoteric aspects of biodynamics.
Learn more about biodynamics,
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Answer:
documented these migrations
Explanation:
artists were crucial to painting and or writing what happened in the world, (and that answer on my test was correct) so, well, yea. have a nice day.
Answer:
Higher
Explanation:
The phase transition temperature is the temperature at which the membrane of cell membrane becomes rigid and attain a crystal structure.
The phase transition temperature is affected by the fluidity of the membrane that is degree of fluidity is directly proportional to the phase transition temperature.
In the given question, if one layer has high fluidity therefore the phase transition temperature of that layer will be higher.
Thus, higher is correct answer.
Answer:
<u>Provide support and energy</u>
Explanation:
Polysaccharides are made up of many monosaccharides the common types include starch, cellulose, glycogen, chitin and lignin. Starch is present as stored food in plant tissues and can be hydrolysed into monosaccharides to provide energy.
Cellulose and chitin are structural components. They give the plan cells their definite shape and the exoskeleton in arthropods respectively.
The answer is a simple radial nervous system.
Echinoderms do not have brains. Around their mouth, they have central rings from which nerves radially run into arms and along the body. Movement is controlled by the branches of those radial nerves.