2. Assessment and Monitoring: Sustainable development requires assessment and monitoring of various environmental, social, and economic indicators. Statistical methods help analyze and interpret changes in these indicators, thereby assessing the progress towards sustainable development goals.

3.Forecasting and Planning: Statistical methods can be used to forecast future trends and changes. In the field of sustainable development, predicting future environmental, social, and economic changes is crucial for long-term planning and addressing challenges.

4.Policy Formulation and Decision Support: Statistical analysis can provide support and guidance for policymakers and decision-makers. Understanding the patterns and correlations behind the data can help formulate more effective and sustainable policy measures.

5.Interdisciplinary Advantage: Statistics and Sustainable Development combine knowledge and skills from statistics and the field of sustainable development, offering an interdisciplinary perspective and approach to solving complex sustainable development issues.

In summary, choosing a major in Statistics and Sustainable provides powerful tools and frameworks for addressing contemporary social and environmental challenges and making positive contributions to achieving sustainable development goals.

"Statistic" refers to numerical data or information that is collected and analyzed to describe a particular phenomenon. It involves the use of mathematical methods to summarize, interpret, and draw conclusions from the data.

A statistic is a numerical characteristic that describes some aspect of a sample or population. In simpler terms, it's a piece of data that summarizes or represents a larger set of data. Statistics are widely used in various fields such as economics, sociology, medicine, and more, to analyze patterns, trends, and relationships within data sets.

"Environmental issues today" encompass various challenges and concerns related to the natural world. These issues often involve topics such as climate change, pollution, deforestation, loss of biodiversity, and depletion of natural resources. Addressing these problems requires global cooperation and sustainable practices to ensure the well-being of the planet and future generations.

2. Econometric Modeling: The software provides a range of econometric modeling capabilities, allowing users to estimate and test different econometric models, such as linear regression models, autoregressive integrated moving average (ARIMA) models, vector autoregression (VAR) models, and more.

3. Data Management: EViews offers robust data management features, allowing users to import, manipulate, clean, and organize large datasets efficiently. It supports various data formats and provides tools for data transformation and manipulation.

4. Forecasting: EViews includes forecasting tools that enable users to generate forecasts based on historical data and econometric models. It allows for the evaluation of forecast accuracy and the comparison of different forecasting methods.

5. Statistical Analysis: In addition to time series analysis and econometric modeling, EViews provides a wide range of statistical analysis tools for descriptive statistics, hypothesis testing, panel data analysis, and more.

6. Graphical Presentation: EViews offers visualization tools for creating graphs and charts to illustrate data patterns, trends, and relationships. Users can customize graphs to effectively communicate their findings.

overall,EViews is a comprehensive software package for econometric analysis and forecasting, designed to meet the needs of researchers and practitioners working in economics, finance, business, and related fields.

Objective: Participants will be divided into teams, each representing a city or region, whose goal is to protect the environment and improve the sustainability of the city through action.

Game flow: Each team chooses a city or region on the map to be their base. Each group takes turns and can choose to carry out environmental actions in their own city, such as cleaning up garbage, promoting renewable energy, and improving the transportation system. Every action consumes resources (representing time, money, etc.), but it also generates environmental benefits. In addition, some unexpected events can also be set, such as sudden pollution, natural disasters, etc., for players to cope with challenges in the game.