What typically defines the growth of trees affected by defects?

The growth of trees affected by defects is typically characterized by stunted growth patterns and decay. When trees experience defects, such as physical injuries, pest infestations, or disease, their overall health can be severely compromised. These factors can lead to poor photosynthesis, reduced nutrient uptake, and impaired structural integrity, all of which inhibit the tree's ability to grow normally.

As a result, trees may exhibit stunted growth, where they do not reach their expected height or girth as quickly or effectively as healthy trees. Additionally, defects can lead to decay, which not only affects the tree's growth but also its longevity and ability to thrive in its environment. Such decay can stem from internal rot or the degradation of structural components, further hindering the tree’s ability to sustain itself and grow.

In contrast, scenarios such as uniform and steady growth, rapid growth with minimal care, and continual growth under healthy conditions describe healthy trees that are not impacted by defects and are receiving adequate resources and care. These conditions allow for optimal growth and development, often excluding the realities faced by defective trees.