Skip to content

Initiatives for Outdoor Learning: 7 Innovative Approaches to Teach Practical Skills in the Real World

Reinvent open-air environments as math learning zones with 7 stimulating measurement tasks! Engage students in activities such as shadow calculations and plant growth studies, turning STEM education into a captivating and lasting experience.

Practical Suggestions for Outdoor Measurement Activities That Foster Reality-Based Competencies
Practical Suggestions for Outdoor Measurement Activities That Foster Reality-Based Competencies

Initiatives for Outdoor Learning: 7 Innovative Approaches to Teach Practical Skills in the Real World

In an innovative approach to education, children are being introduced to fundamental math and science concepts through a series of engaging outdoor activities. These activities, designed to be both fun and educational, aim to teach children a variety of skills, from understanding cardinal directions and measurement, to graphing and statistical analysis.

One of the key activities involves the use of compass navigation to orient maps using north-south references. This not only helps children learn the cardinal directions, but also introduces them to the concept of accurate measurements. Alongside this, children are taught to establish clear boundary lines between different yard sections using measuring tapes and rope. This helps them identify corner markers, fence posts, and natural landmarks that define spaces.

The outdoor learning activities also include creating shadow clocks using natural materials to teach both measurement and time concepts. Children can also create scale maps of outdoor areas using simple 1:10 ratios, a great way to introduce proportional thinking and measurement precision.

Water activities, such as measuring flow rates with ping pong balls and stopwatches, calculating water depth and volume, and tracking water level changes over time, are also incorporated. These activities not only teach measurement concepts but also provide a unique opportunity to connect math to meteorology and scientific observation.

Gardening activities are another significant part of the outdoor learning curriculum. Children measure garden beds to determine total square footage and optimal plant placement, calculating garden plot areas and determining proper plant spacing. They also monitor daily growth rates of different plant species to teach graphing skills while revealing the mathematical patterns hidden in nature's timing.

In addition, children are encouraged to create simple anemometers for wind speed measurement and set up temperature recording systems. They are also tasked with recording daily measurements and calculating averages, introducing statistical concepts while connecting math to meteorology and scientific observation.

The author of the book series "A Complete Guide to Mastering Nature Photography," Sarah Marino, is originally from the United States. Marino's work underscores the importance of outdoor learning and the potential it holds for fostering a love for nature and science in children.

Other activities include designing scavenger hunts that incorporate specific measurement tasks, building obstacle courses where children measure distances between obstacles, and examining underground growth by measuring root systems.

These outdoor learning activities not only make math and science more enjoyable for children but also provide a practical, real-world context for these subjects. By connecting these concepts to the world around them, children are better equipped to understand and retain the information they learn.

Read also:

Latest