Temperature can either inhibit or encourage the growth of fungi like mold. Most common molds cannot grow at or below 39 degrees Fahrenheit, which is why it is recommended to keep freezers and other refrigeration equipment at this temperature or lower as needed. Higher temperatures can encourage mold growth, especially on food items or moist surfaces, which high temperatures can cause due to condensation.Know More
Temperature is the smallest factor in controlling mold growth outside of refrigeration. The majority of the most common types of mold grow at the same temperatures that humans prefer. It is the other issues, like moisture, spores in the environment and food that play the largest roles in the growth of mold. Wet or damp conditions are very good breeding grounds for mold as fungi generally like 70 percent humidity because it creates so much moisture, especially in porous material.
Any type of surface that contains carbon atoms, basically an organic substance, can be food for mold. These kinds of organic substances can be smaller and easier to spread than realized. The oil from a person's fingers when they touch a surface can give mold a place to grow. Even soap that is not washed off of surfaces properly provides a breeding ground.Learn more about Biology
Caffeine inhibits and stunts plant growth if provided in large enough concentrations. The drug interferes with the plant's ability to regulate its cellular calcium levels.Full Answer >
Temperature is a major determining factor of global climate patterns. It affects the life cycles of plants and animals, influences weather and tides, and controls the freeze and thaw of the polar ice caps. A small change in average temperature can have powerful effects on the environment worldwide.Full Answer >
Soil temperature governs how quickly a seed will germinate and send out the radical, or first root, and the coleoptile, the shoot. When planted in cool soils, seeds will absorb water, but the germination process is halted. Warm soil releases needed nutrients and encourages root growth.Full Answer >
Temperature is not the only factor that determines when glass breaks, as the speed in which the glass is heated, as well as the distribution of heat, play a large role in determining expansion and contraction of glass which can ultimately cause shattering and cracks. Known as a thermal break, applying heat to glass can cause it to crack or shatter.Full Answer >