Willow Tree: Model of Flexibility, Adaptability and Growth

Willows are graceful and easily recognized by their long thin branches that sometimes reach the ground. Their green leaves are also long and narrow with  finely toothed edges. They grow well near water, especially where the soils are acidic, loamy, and well-drained. They grow fast, more then 24” per year, reaching heights up to 80′ […]

Branching

From universe to “nanoverse,” one of nature’s most common structural features is “branching.” Networks of all kinds, physical and intellectual, are grounded in a pattern that chemists refer to as “child” (smaller channels) and “parent” (larger) branches. At the human level we see it in living systems—the brain, arteries and veins, leaves and trees. Branching […]

V. Feedback

This is the 5th in a series of postings on whole systems thinking. A system is maintained, often within specified limits, by providing information about how well or poorly the system is performing relative to its purpose. Since systems exist for a reason, it’s important to know whether or not, how well or how poorly, […]

Branching

From universe to “nanoverse,” one of nature’s most common structural features is “branching.” Networks of all kinds, physical and intellectual, are grounded in a pattern that chemists refer to as “child” (smaller channels) and “parent” (larger) branches. At the human level we see it in living systems—the brain, arteries and veins, leaves and trees. Branching […]

Branching

From universe to “nanoverse,” one of nature’s most common structural features is “branching.” Networks of all kinds, physical and intellectual, are grounded in a pattern that chemists refer to as “child” (smaller channels) and “parent” (larger) branches. At the human level we see it in living systems—the brain, arteries and veins, leaves and trees. Branching […]