| Literature DB >> 35983508 |
Xiaoli Wu1, Dang Wu2, Xiufeng Ma3.
Abstract
Our country is paying more and more attention to ecological issues. How to put ecological sustainable development in real life is a key problem. This article discusses the significance of integrating ecological sustainable development and college ideological political courses. Therefore, an experiment was designed to analyse the model of ecology and other courses. The final experiment showed the following: (1) The ecological sustainable development model can be well integrated into the students in their courses. Students can freely choose to study some quality assurance thought courses and reinforce their spiritual level. The mentality of this model can also self-optimize to solve students' troubles in choosing courses and consider the level of students intimately. (2) According to the experimental data of the figures and tables, it is concluded that the form "other professional courses" at my country is still very serious, and the popularization of ideological and political courses is not common, so it is a little troublesome to carry out work, but our system model is very characteristic. With its help, we have obtained the effect of the integration of ecological sustainable development and students' curriculum. The state has vigorously provided economic support for their development. Under their influence, students have gradually maintained their awareness of protecting the environment. Socioeconomic and environmental conditions are also improving. However, in the future, the times will change, and we will continue to update the system model to adapt to more challenges.Entities:
Mesh:
Year: 2022 PMID: 35983508 PMCID: PMC9381246 DOI: 10.1155/2022/3937168
Source DB: PubMed Journal: J Environ Public Health ISSN: 1687-9805
Figure 1Comparison of economic spending between China and Japan.
Figure 2Survey of students.
Teaching content.
| Learning content | Solution | Teaching percentage |
|---|---|---|
| Water pollution problem | Strictly control urban sewage discharge | 25% |
| Air pollution problem | Particulate pollutant purification technology | 25% |
| Solid waste disposal issues | More recycling | 15% |
| Noise and radioactive pollution issues | Take strict protective measures | 20% |
| Comprehensive prevention of pollution | Reasonable planning and layout of resources | 15% |
Ideological and political analysis.
| Ideological and political analysis | Content | Proportion |
|---|---|---|
| The essence of ideological and political courses | Realizing ideological and political collaborative education with curriculum as the carrier | 25.20% |
| Characteristics of ideological and political courses | Extensiveness, occultity, and diversity | 30.20% |
| Difficulties of ideological and political courses | The integration of ideology and politics and students and the contradiction of the system | 15.00% |
| Ideological and political course innovation | Using the Internet as a technology to strengthen ecological sustainable development | 34% |
Figure 3Ideological and political courses.
Figure 4Absorption rate of students before and after.
Analysis of fusion mode.
| Three phases | Content |
|---|---|
| Before class | Online preparation based on web platform |
| After class | Offline teaching based on traditional classroom |
| After class | Extracurricular supplements based on practical activities |
Pollution changes.
| Pollution source | Changes | Reason |
|---|---|---|
| Air pollution | 25%–20% | Businesses take advantage of clean combustion sources |
| Soil erosion | 18%–15% | Students save water every day |
| Greening reduction | 8%–7% | Students are very young using disposable chopsticks |
| Acid rain formation | 3%–2.5% | Less frequent use of coal |
Figure 5Comparison of the accuracy of the two recommendations before and after optimization.
Figure 6Analysis of the actual effect.