A colony of 47,000 quaking aspen trees, all connected by one root system, is considered to be Earth’s most massive organism. When the trees are stressed, shoots are sent out from t... A colony of 47,000 quaking aspen trees, all connected by one root system, is considered to be Earth’s most massive organism. When the trees are stressed, shoots are sent out from the roots and develop into new trees. Every new tree in this colony would contain: (1) the same genetic information, because it is produced asexually; (2) the same genetic information, because it is produced sexually; (3) less genetic material, since it is produced from root cells; (4) a different combination of genes, since it is produced from various roots.
Understand the Problem
The question is asking about the genetic makeup of new trees produced by a colony of quaking aspen trees, highlighting the method of reproduction (asexual or sexual) that leads to this genetic information.
Answer
The same genetic information, because it is produced asexually.
The new trees in the quaking aspen colony would contain the same genetic information, because they are produced asexually.
Answer for screen readers
The new trees in the quaking aspen colony would contain the same genetic information, because they are produced asexually.
More Information
In the quaking aspen colony known as Pando, trees clone themselves via root sprouts, ensuring genetic uniformity.
Tips
A common mistake is confusing asexual and sexual reproduction. Remember, asexual reproduction results in clones.
Sources
- Quaking Aspen Reproduction Information - Brainly - brainly.com
- Tree Profile: Aspen - National Forests - nationalforests.org
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