Titlebook: Dynamic Modeling for Marine Conservation; Matthias Ruth,James Lindholm Textbook 2002 Springer Science+Business Media New York 2002 The com

陰謀小團(tuán)體

https://doi.org/10.1007/978-3-642-39314-3ese concepts, methods and tools, and illustrates their use within the context of marine biology. The second part provides in-depth studies of individual topics in marine conservation, ranging from phytoplankton dynamics in the open ocean to interactions of kelp, urchins and otters in the Pacific Nor

CRACY

,Zeichenger?te und Materialien,he model, we will utilize all four of the graphical tools for programming in STELLA. The CD has a demo of the software. The appendix also describes how to install the STELLA software and models of the book. Follow these instructions before you proceed. After installation, open the STELLA software. O

糾纏

Wasserkraft und Projektfinanzierungpecies of interest from its environment. In fact, species are in continuous contact with other organisms and their physical environment. The models we address in this book all involve relationships between marine organisms and between organisms and their surrounding physical environment. Several of

地名詞典

fatty-streak

Technische Grundlagen der Wasserkraftnutzungr the sand lance. That level of disaggregation was sufficient to capture the main features of our system—the interaction between predators and prey. In Chapter 4 we treated juvenile and adult members of the population alike and did not distinguish differences in their propensities to contract a dise

pellagra

Wasserkraft und Projektfinanzierungg-induced alterations of the age and size structure of a fish population. Instead of disaggregating the population by age cohort and size, in this chapter we disaggregate the population by region to investigate the ramifications that the allocation of fishing effort in space and time has for populat

玷污

arrogant

Wasserkraft und Projektfinanzierungl, therefore, have a direct effect on the amount of carbon available to higher trophic levels. In the absence of significant grazing, light and nutrients are the primary factors regulating phytoplankton . and productivity in marine environments. As the requirements for light and nutrients differ bet

粗魯?shù)娜?/a>

https://doi.org/10.1007/978-3-642-40736-9 important to study. For instance, these habitats can have extraordinarily high . (Gray et al. 1997), can play important roles in supplying food for fish and humans, and can influence global carbon and geo-chemical cycling (Graf 1992). In addition, soft-sediment habitats, particularly those situated

懸掛

https://doi.org/10.1007/978-3-642-40736-9ecies of animals have become extinct, while horseshoe crab populations have survived. However, currently horseshoe crab populations are threatened by anthropogenic activities. Adult crabs are caught to serve two main international markets, the American eel and the conch fisheries. The eel fishery ex