During ecological succession, plant communities typically transition from pioneer species, which are often hardy and fast-growing, to more complex and stable communities dominated by larger, longer-lived species. Initially, these pioneer species modify the environment, creating conditions that allow for the establishment of more competitive and diverse plant species. Over time, this leads to increased biodiversity and structural complexity, culminating in a climax community that reflects the regional climate and soil conditions. Ultimately, the trend is towards greater stability and resilience within the ecosystem.
Ecological succession is a force of nature. Ecosystems, because of the internal species dynamics and external forces mentioned above, are in a constant process of change and re-structuring. To appreciate how ecological succession affects humans and also to begin to appreciate the incredible time and monetary cost of ecological succession, one only has to visualize a freshly tilled garden plot. Clearing the land for the garden and preparing the soil for planting represents a major external event that radically re-structures and disrupts a previously stabilized ecosystem. The disturbed ecosystem will immediately begin a process of ecological succession. Plant species adapted to the sunny conditions and the broken soil will rapidly invade the site and will become quickly and densely established. These invading plants are what we call "weeds". Now "weeds" have very important ecological roles and functions (see, for example, the "Winter Birds" discussion), but weeds also compete with the garden plants for nutrients, water and physical space. If left unattended, a garden will quickly become a weed patch in which the weakly competitive garden plants are choked out and destroyed by the robustly productive weeds. A gardener's only course of action is to spend a great deal of time and energy weeding the garden. This energy input is directly proportional to the "energy" inherent in the force of ecological succession. If you extrapolate this very small scale scenario to all of the agricultural fields and systems on Earth and visualize all of the activities of all of the farmers and gardeners who are growing our foods, you begin to get an idea of the immense cost in terms of time, fuel, herbicides and pesticides that humans pay every growing season because of the force of ecological succession.
The four stages of ecological succession are: 1) Pioneer stage, where bare rock or soil is colonized by hardy, fast-growing species; 2) Intermediate stage, where plant species diversity increases and competition for resources intensifies; 3) Climax stage, where a stable community with a diverse array of species reaches equilibrium; and 4) Disturbance stage, where a disruption such as a fire or flood resets the succession process back to an earlier stage.
I don’t have access to specific answers for CVS Learnet tests, including those on Succession Planning. However, I recommend reviewing the course materials and resources provided by CVS to prepare effectively. Engaging in discussions with colleagues or seeking guidance from a mentor can also be beneficial. If you have specific concepts or questions regarding Succession Planning, feel free to ask!
Of course they do. Some examples are fizzing, when a gas is produced, colour changes, and the formation of precipitates.
Earth's rotationEarth's rotation
Climax community is stage of a ecological succession
Ecological succession is a force of nature. Ecosystems, because of the internal species dynamics and external forces mentioned above, are in a constant process of change and re-structuring. To appreciate how ecological succession affects humans and also to begin to appreciate the incredible time and monetary cost of ecological succession, one only has to visualize a freshly tilled garden plot. Clearing the land for the garden and preparing the soil for planting represents a major external event that radically re-structures and disrupts a previously stabilized ecosystem. The disturbed ecosystem will immediately begin a process of ecological succession. Plant species adapted to the sunny conditions and the broken soil will rapidly invade the site and will become quickly and densely established. These invading plants are what we call "weeds". Now "weeds" have very important ecological roles and functions (see, for example, the "Winter Birds" discussion), but weeds also compete with the garden plants for nutrients, water and physical space. If left unattended, a garden will quickly become a weed patch in which the weakly competitive garden plants are choked out and destroyed by the robustly productive weeds. A gardener's only course of action is to spend a great deal of time and energy weeding the garden. This energy input is directly proportional to the "energy" inherent in the force of ecological succession. If you extrapolate this very small scale scenario to all of the agricultural fields and systems on Earth and visualize all of the activities of all of the farmers and gardeners who are growing our foods, you begin to get an idea of the immense cost in terms of time, fuel, herbicides and pesticides that humans pay every growing season because of the force of ecological succession.
A dynasty of course!
The four stages of ecological succession are: 1) Pioneer stage, where bare rock or soil is colonized by hardy, fast-growing species; 2) Intermediate stage, where plant species diversity increases and competition for resources intensifies; 3) Climax stage, where a stable community with a diverse array of species reaches equilibrium; and 4) Disturbance stage, where a disruption such as a fire or flood resets the succession process back to an earlier stage.
This would depend on the rules of succession for the country. In England, adopted childen are not included in the line of succession, unless of course their birth parents were in the line of succession. In Saudi Arabia the Heir is named by the King and need not be related by blood.
Of course! I've been to several.
The coming of one person or thing after another in order, sequence, or in the course of events: many troubles in succession.
monkeys of course
A River Changes Course - 2013 is rated/received certificates of: Singapore:NC-16
"climatic" of course. Changes in climate are known as climatic changes.
monkeys of course
Rivers are not all the same. Some are longer than others. It really depends on the river for when it changes course.