Based on the evidence provided in the paragraph what is the best prediction?

Based on the evidence provided in the paragraph what is the best prediction?

Main idea | summarising | reading strategies

The forested ecosystem relies heavily on understory vegetation. It has a major impact on nutrient cycling [1, 2], wildlife environment [3–5], fire behavior [6–8], microclimate [2], and carbon accounting [9.] As a result, understory vegetation communities are frequently regarded as a reliable measure of forest ecological health [10, 11]. Using standard variables like topography, overstory, and soils, however, spatial predictions of understory cover or density have proven extremely difficult [12]. To solve this issue, active remote sensing technologies such as LiDAR (light detection and ranging) may be used to produce estimates.
LiDAR offers a three-dimensional estimation of the forest structure, including canopy structure, understory vegetation, and landscape. LiDAR is a survey technique that tracks the time it takes for a laser light pulse to return after bouncing off solid objects like plants or the ground. The three-dimensional representation of the forest is created by these laser returns. Land managers, conservationists, and researchers have benefited greatly from this capability in their efforts to maintain the forest effectively and sustainably. LiDAR can estimate canopy height and cover, as well as basal area and tree density [13, 16], and has similar potential for understory structure.

Grade 8 english sharing ideas using opinion marking signals

Scientists, like readers, make observations on a regular basis. Assist your child in seeing the connection between what she can do as a reader and what she can do as a scientist. Here are two easy ways to empower your child to use her precognitive abilities as a scientist.
Your child is learning to make predictions when reading as a young reader. “What do you think will happen next?” says the narrator. “Do you think Sara’s lemonade was consumed?” These types of questions, which we ask children when they’re reading, help them learn to keep track of their comprehension of the story while anticipating the next section. If your child can make reasonable and correct predictions when reading, she has a strong understanding of the plot.
Scientists, like readers, make observations on a regular basis. Indeed, scientists use predictions as part of their hypothesis, or query that they are attempting to address through their experiments. Assist your child in seeing the connection between what she can do as a reader and what she can do as a scientist.

The scientific method: steps, terms and examples

If your thesis serves as a road map for your essay, the body paragraphs should adhere to it closely. By simply reading the thesis sentence, the reader should be able to guess what follows your introductory paragraph.
The data you’ve collected to back up your thesis is presented in the body paragraphs. Before you start supporting your thesis in the body, you’ll need to gather data from a number of sources that back up and credit what you’re attempting to prove.
Your case is unlikely to be persuasive if it lacks primary support. Primary assistance The key points that you use to back up your argument. can be described as the main points on which you want to expand your thesis. It is the most relevant details you choose to support your argument. Each of your points will be integrated into the subject sentence for each of your body paragraphs. The supporting information inside the paragraphs bolster your primary supporting points.
It’s important to remember that a good argument is supported by examples. Good writers do extensive background research and take meticulous notes in order to build a strong case. They also speak with experts on a subject to gain a better understanding of the ramifications before writing about it.

How to answer a 12 mark ‘explain’ exam question | edexcel

Description of predictive analytics

Ap world history: timed ap exam practice #1

Predictive analytics is a form of data analytics that uses historical data and analytics techniques including statistical modeling and machine learning to make predictions about future outcomes. Predictive analytics is a science that can produce potential insights with a high degree of accuracy. Any company can now use past and current data to anticipate patterns and behaviors milliseconds, days, or years in the future with the aid of advanced predictive analytics software and models. According to a 2017 study published by Zion Market Research, predictive analytics has gained the support of a wide variety of organizations, with a global market expected to reach approximately $10.95 billion by 2022, expanding at a compound annual growth rate (CAGR) of about 21% between 2016 and 2022.