GLOSSARY Cole wants to collect data from other citizens of his state to understand what percentage of citizens are likely to plant a tree during the year and which types of rees are likely to be planted. What is the BeST method to gather the data and why?

To effectively gather data on the percentage of citizens likely to plant a tree during the year and identify the types of trees they prefer, **conducting a structured survey** is the best method for Cole. Here's why: 1. **Quantitative Data Collection**: Surveys are ideal for collecting numerical data, allowing Cole to quantify the percentage of citizens interested in tree planting. 2. **Wide Reach**: Surveys can be distributed to a large and diverse sample of the state's population, ensuring the data is representative. 3. **Specificity**: Structured questionnaires can include specific questions about the types of trees individuals are likely to plant, providing detailed insights into preferences. 4. **Efficiency**: Modern survey methods (online, telephone, or mail) enable rapid data collection and analysis compared to other methods like interviews or focus groups. 5. **Cost-Effective**: Surveys generally require fewer resources than other data collection methods, making them a practical choice for obtaining broad-based information. **Implementation Tips:** - **Design Clear Questions**: Ensure questions are straightforward to avoid misunderstandings and to gather accurate data. - **Use a Representative Sample**: Employ random sampling techniques to ensure the survey results reflect the entire population. - **Offer Multiple Distribution Channels**: Utilize online platforms, mail, and possibly in-person distribution to reach a wider audience. By using a structured survey, Cole can efficiently collect and analyze the necessary data to understand tree planting behaviors and preferences among the citizens of his state. **Answer:** Use a structured survey of state residents, since surveys efficiently gather quantitative information on citizens’ likelihood to plant trees and their tree type preferences.