Distribution and cycling of nutrients in a natural Pinus banksiana ecosystem. Ecology 57, 110-120.Foster,N.W.and I.K.Mnoison.Distribution and cycling of nutrients in a natural Pinus banksiana ecosystem. Ecology . 1979Foster,N. W. and I. K.Mnoison.Distribution and cycling of nutrients in a...
Mass-balance ecosystem modelsIn this chapter we consider the cycling of Carbon (C), Nitrogen (N) and Phosphorus (P) in green roof ecosystems. The focus is placed primarily on N and P because these are the nutrients most often...doi:10.1007/978-3-319-14983-7_5Ishi Buffam...
The second major driver of long-term change in carbon cycling is the evolution of physiological traits. Ever since modern photosynthesis evolved in Precambrian oceans, competition for light, water, and nutrients in progressively more stressful habitats has driven physiological innovation among plants. Cer...
AGENERALIZEDMODELOFNUTRIENT CYCLINGINANECOSYSTEM •Thecyclingofnutrientsin anecosystemare interlinkedbyananumber ofprocessesthatmove atomsfromandthrough organismsandtoandfrom theatmosphere,soil and/orrocks,andwater. •Nutrientscanflowbetween thesecompartmentsalong ...
1.The internal cycling of nutrients in fine roots of trees plays an important role in energy transformation and material circulation of forest ecosystem.树木体内养分内循环在森林生态系统的能量流动和物质循环中起着重要的作用。 4)nutrient recycle and distribution养分循环与分配 5)Use of recycled nutrients...
Increasing attention has focused on the significance of soil microbiomes with extremely complex drivers, as a combination of bacteria, archaea, and fungi [8,9]. Soil microbiomes play important roles in ecosystem functioning, such as by participating in the biogeochemical cycling of soil nutrients [...
Distributing and cycling nutrients in a natural Pinus banksiana ecosystem Ecology (1976) F. Hardy et al. Leaf analysis as means of diagnosing nutrient requirements of tropical orchard crops J. Agric. Sci. (1935) G.S. Henderson et al. Quantity and chemistry of throughfall as influenced by fores...
The decomposition of organic matter is a key ecosystem process, impacting nutrient cycling and productivity across terrestrial ecosystems [1]. While it is known that both bacterial and fungal communities play crucial roles in recycling nutrients via “the microbial loop” [1], the role of bacterial...
Regionally, the redistribution of nutrients can lead to large deviations from the global mean, a shift in the global distribution of productivity, and, at times, opposite responses at different latitudes (Figs. 7d–f, 8). As phytoplankton are grazed down in more eutrophic waters, nutrients are...
The quantity and composition of nutrients carried by rivers play an important role in maintaining the ecosystem of downstream rivers and marginal seas. To reveal the impact of damming on the composition and flux changes of nutrients in rivers, this study conducted a detailed survey of a large su...