Answer:
You can use an ERA approach when you feel it is necessary to review all the objectives and main business objects of your organization or institution.
Explanation:
The ERA (Enterprise Re-Architecting) approach is ideal for times when it is necessary to review all the plans and objectives of an institution. This is because this approach has a holistic behavior, so it is able to optimize all the digital, administrative, organizational and technical components of a company, together with all sectors, taking into account all aspects of the company. Therefore, any analysis shows highly complete results, and can provide a good view of what the institution intends to do and what is being done so that all objectives are achieved.
Answer: Adaptive Speciation
Explanation:
The two species evolved as s result of adaptive Speciation.
Adaptive speciation occurs when biological interactions induce disruptive selection and the evolution of assortative mating, thus triggering the splitting
understanding processes of adaptive speciation, in which the splitting of lineages is an adaptation caused by frequency-dependent selection. Adaptive, or sympatric, speciation has been modeled since the 1960s.
Answer:
adaptive speciation
Explanation:
In evolutionary biology, adaptive radiation/speciation is a process that makes living organisms diversify and change rapidly from an ancestral species into several new forms, especially when a change or natural event in their environment makes new resources available, thereby creating new challenges and opening new environmental niches.
Answer:
B
Explanation:
Sandford, legal case in which the U.S. Supreme Court on March 6, 1857, ruled (7–2) that a slave (Dred Scott) who had resided in a free state and territory (where slavery was prohibited) was not thereby entitled to his freedom; that African Americans were not and could never be citizens of the United States
Explanation:
Decrease with denser air decreases as altitude increases....
Answer:
The correct answers are options B and D which are decreases as altitude increases and results from a column of air pushing on an area respectively.
Explanation:
Answer:
With the population moving West, the old Northwest was made up of
d.Ohio, Indiana and Illinois.
Explanation:
Other states that made up the old Northwest were Michigan, Wisconsin, and a portion of Minnesota. New York, Pennsylvania, Cincinnati, and Virginia were never part of the old Northwest. The old Northwest was awarded to the United States after the 1783 revolutionary war. Geographically, the old Northwest included the land between the Great Lakes, the Mississippi River, and the Ohio River.
The reason why geography does not haveunique definition and consensus among Geographers is because:
Geography is the study of everything that is on the surface of the earth and they can be classified into:
Therefore, the main reason why it does not have a unique definition is because it is so broad and covers a lot of areas and it cannot possibly have one unique definition because it does not do it enough justice.
Read more about geography here:
Because geography is such a large and all-encompassing discipline, as you can see from the definitions, it is difficult to define. It is much more than just studying maps and physical elements of the land since humans are impacted by and influence the land.
a. a greater diversity of plant species
b. trees with thick trunks
c. trees with thin trunks
d. fewer species of plants
Answer:
C. Trees with thin trunks
D. Fewer species of plants
Explanation:
If a forest has been logged once and regrew, that is a second-growth forest. Some characteristics:
- Thin tree trunks
- Fewer species of plants
- Little light reaching the forest floor
- Very high density of trees
A secondary growth forest is typified by trees with thin trunks because the trees are younger than those in a primary growth forest. Thus, the correct answer to the question is 'c. trees with thin trunks'.
The main characteristics of a secondary growth forest are usually associated with forest areas that have re-grown after a major disturbance, such as a fire, insects or timber harvest of a primary forest. This type of forest typically contains trees with thin trunks, as they are younger trees that have not yet had time to grow to the sizes seen in primary forests. Thus, the answer to your question is 'c. trees with thin trunks'. Albeit it's also possible to observe fewer plant species in secondary forests compared to primary forests due to the recent disturbance and a still ongoing recovery process, the diversity tends to increase over time until reaching a climax community.
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