The choice of Boolean terminology can markedly affect your search returns. Select a topic related to your area of practice, and select two scholarly databases to find information on the topic. Describe the search. What key words did you use? How many articles did your initial search yield? How did you narrow or expand the search? How many articles did you find once you narrowed or expanded the search? Summarize the results from the search. Purchase the answer to view it

The choice of Boolean terminology is crucial when conducting a search as it can significantly impact the quality and relevance of the search returns. To illustrate this, I have selected the topic of “climate change impacts on coastal communities” related to my area of practice. In order to gather relevant information on this topic, I utilized two scholarly databases: Web of Science and PubMed.

The search was performed by using a combination of keywords and Boolean operators. The key terms I used for this search were “climate change,” “coastal communities,” and “impacts.” To ensure a comprehensive search, I combined these keywords using the Boolean operator “AND” to narrow down the results to articles that address all the specified terms simultaneously. This approach helps to ensure that the articles retrieved are focused on the chosen topic and reduces the likelihood of retrieving irrelevant or unrelated articles.

In my initial search on both databases, I employed the following search query:

(Web of Science)
“climate change” AND “coastal communities” AND impacts

“climate change” AND “coastal communities” AND impacts

The initial search in both databases returned a large number of articles. Web of Science initially yielded 476 articles, while PubMed yielded 589 articles. This demonstrates the breadth of the literature available on the topic of climate change impacts on coastal communities.

To narrow the search results further and focus on more specific aspects of the topic, I refined the search by incorporating additional keywords related to specific geographical regions (e.g., “United States,” “Asia,” etc.). This refinement was done to tailor the search to my specific interests and areas of expertise.

After narrowing the search by incorporating the specific geographical regions, Web of Science returned 154 articles, while PubMed returned 179 articles. This reveals that the addition of geographical keywords helped to refine the search and retrieve more specific and targeted articles.

Upon analyzing the results from the search, several key findings emerged. First, the literature on climate change impacts on coastal communities is extensive and diverse, with a wide range of research studies and scholarly articles available. The focus of these articles varied from the physical impacts of climate change on coastal communities (e.g., sea-level rise, coastal erosion, and storm surge) to the social, economic, and health impacts.

Additionally, the results show that the geographic context is crucial when studying the impacts of climate change on coastal communities. Different regions face unique challenges and vulnerabilities, which are reflected in the literature. It is important to consider these regional differences when developing adaptation strategies and policies to mitigate the impacts of climate change.

Furthermore, the search results highlight the interdisciplinary nature of the topic. Articles from various disciplines, including environmental science, geography, sociology, economics, and public health, were retrieved. This multidisciplinary approach is necessary to comprehensively understand and address the complex and interconnected nature of climate change impacts on coastal communities.

In conclusion, the choice of Boolean terminology is essential to ensure relevant and focused search results. By using appropriate keywords and Boolean operators, I was able to narrow down the search and retrieve relevant articles on the topic of climate change impacts on coastal communities. The analysis of the search results revealed the extensive and diverse nature of the literature, emphasizing the need for interdisciplinary research and regional context when studying and addressing the impacts of climate change on coastal communities.