Biogeochemical Cycles

IMPORTANT

Science Solutions from Chapter -1 - Biogeochemical Cycles

This chapter explains that the biogeochemical cycle involves both biotic and abiotic components. We will study the significance of their interdependent nature. Moreover, it demonstrates the transfer of matter and energy.

Practice Other Topics from Biogeochemical Cycles

Science>Biology>Biogeochemical Cycles>Introduction to Biogeochemical cycles

This topic explains that the biogeochemical cycle involves both biotic and abiotic components. We will study the significance of their interdependent nature. Moreover, it demonstrates the transfer of matter and energy.

Through this topic, we will study the significance of water. Also, it comprises the illustration of the hydrological cycle through pictures. We will also study the dependency of humans on water.

This topic focuses on the interaction of nitrogen to the biotic components. Air comprises the maximum amount of nitrogen. It also illustrates the balancing of nitrogen in the atmosphere with the aid of a diagram.

In this topic, we will study the significant role of carbon in photosynthesis and carbon cycling. Earth is mostly composed of carbon elements. Moreover, it explains its aspects in balancing the life cycle through the diagrams discussed here.

Through this topic, we will learn the properties of oxygen and the characteristics of respiration, and photosynthesis. Oxygen is the second most abundant element found in the atmosphere. It is also necessary for the decomposition of decaying matter.

Science>Biology>Biogeochemical Cycles>The Greenhouse Effect

Through this topic, we will analyse the increase in global warming due to the greenhouse effect. Basically, a greenhouse comprises green plants for growth. It also elucidates the major causes and its impact on the atmosphere.

In this topic, we will learn about ozone layer. It is a protective layer that absorbs and prevents harmful UV radiation from reaching the Earth's surface. It also discusses the various factors responsible for the degradation of ozone.