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In soil ecosystems, the algal community is essential because it affects a range of biogeochemical processes and promotes general soil health. This chapter sheds light on the diverse effects that algae have on the soil environment by examining the complex interactions between the algal community and soil ecology. The interactions between soil-dwelling organisms and algal communities are dynamic and reciprocal, with both positive and negative effects on soil structure, overall soil fertility, nutrient cycling, and microbial diversity. Algae promote microbial activity and nutrient availability by releasing organic compounds and exudates, which enhance soil fertility. Furthermore, some algal species develop symbiotic relationships with soil fungi to form mycorrhizal networks, which improve plant uptake of nutrients. However, excessive algal growth can also pose challenges, such as nutrient imbalances and alterations in soil pH, which may negatively affect other soil organisms. This chapter examines the growth conditions and distribution of soil algae, focusing on environmental factors that affect their abundance and presence. This chapter discusses the physiological ecology of soil algae, offering insights into their responses to changing environmental conditions and adaptive mechanisms. It focuses on the soil ecology of the algal community, elucidating the intricate relationships between soil-dwelling organisms and the dynamic interactions that shape soil ecosystems. Agriculture and its intersection with soil algae are examined, emphasizing the potential benefits and challenges posed by these microorganisms in the context of sustainable agriculture. Soil algae culture is explored as a potential avenue for harnessing the beneficial aspects of these microorganisms for agricultural and environmental applications. This chapter concludes with a summary of key findings and insights, providing a foundation for future research directions and perspectives on harnessing soil algae for sustainable land management practices. This chapter also aims to contribute to the growing body of knowledge surrounding soil algae, offering a holistic perspective that spans their ecological roles, distribution patterns, physiological adaptations, and applications in agriculture.

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The Impact on Soil Ecology of the Algal Community

  • 章节

  • 发表日期：

    2025年

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  • Smriti Shukla,
  • Divya Upadhyay,
  • Arti Mishra,
  • Tanu Jindal,
  • Kartikeya Shukla

摘要

In soil ecosystems, the algal community is essential because it affects a range of biogeochemical processes and promotes general soil health. This chapter sheds light on the diverse effects that algae have on the soil environment by examining the complex interactions between the algal community and soil ecology. The interactions between soil-dwelling organisms and algal communities are dynamic and reciprocal, with both positive and negative effects on soil structure, overall soil fertility, nutrient cycling, and microbial diversity. Algae promote microbial activity and nutrient availability by releasing organic compounds and exudates, which enhance soil fertility. Furthermore, some algal species develop symbiotic relationships with soil fungi to form mycorrhizal networks, which improve plant uptake of nutrients. However, excessive algal growth can also pose challenges, such as nutrient imbalances and alterations in soil pH, which may negatively affect other soil organisms. This chapter examines the growth conditions and distribution of soil algae, focusing on environmental factors that affect their abundance and presence. This chapter discusses the physiological ecology of soil algae, offering insights into their responses to changing environmental conditions and adaptive mechanisms. It focuses on the soil ecology of the algal community, elucidating the intricate relationships between soil-dwelling organisms and the dynamic interactions that shape soil ecosystems. Agriculture and its intersection with soil algae are examined, emphasizing the potential benefits and challenges posed by these microorganisms in the context of sustainable agriculture. Soil algae culture is explored as a potential avenue for harnessing the beneficial aspects of these microorganisms for agricultural and environmental applications. This chapter concludes with a summary of key findings and insights, providing a foundation for future research directions and perspectives on harnessing soil algae for sustainable land management practices. This chapter also aims to contribute to the growing body of knowledge surrounding soil algae, offering a holistic perspective that spans their ecological roles, distribution patterns, physiological adaptations, and applications in agriculture.