Titlebook: Ecosystem Biogeochemistry; Element Cycling in t Christopher S. Cronan Textbook 2018 Springer International Publishing AG 2018 Biogeochemist

expound

Microbial Biogeochemistry,ion processes. Taken as a whole, microscopic bacteria and fungi have critical roles in controlling element cycles in the biosphere. The primary focus of this chapter is to explore the major microbial processes and associated environmental conditions influencing the biogeochemical behavior of nitrogen, sulfur, and carbon in the forest landscape.

硬化

Biogeochemical Models,models capable of simulating the dynamic patterns of energy flow, nutrient cycling, and hydrologic routing in a watershed. This chapter examines how biogeochemical models provide valuable tools for integrating knowledge and synthesizing new insights regarding element cycling patterns and processes.

熄滅

TRAWL

GIST

Margaret Atwood in Search of Things Past,examines how organic matter pools are distributed in the landscape, what processes control organic matter cycling, and how organic matter cycling is influenced by environmental and ecological conditions.

LAPSE

護(hù)身符

https://doi.org/10.1007/978-981-15-7289-0t stands to regional drainage basins, and includes a final section on global-scale cycling. Examples from a range of studies illustrate the different ways in which elements accumulate and cycle under varying environmental conditions.

秘密會議

Plant Biogeochemistry,source of fresh organic matter for the surrounding subsoil environment. This chapter explores a range of plant metabolic and nutrient cycling processes and structural-functional relationships that are integral to the biogeochemical role of plants in forested watersheds.

Pessary