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Intensive month-long studies of benthic microfloral productivity were conducted during summer in Califorma (Mugu Lagoon) and Louisiana (Barataria Estuary), USA, coastal wetland ecosystems. In general, fluctuations in production during the month approximated those measured in other studies over an entire year (with daily values ranging from 0 to 1554 mg C m-2). Collectively, productivity was controlled primarily by different types of disturbance: tidal currents, meteorological and manmade waves, and &rect and indrect disturbance by macrofauna were most important. To explore the potential of K-systems analysis as a modeling tool, simple models restricted to physical variables were developed for each site. These models suggested that certain variables such as tidal currents and waves functioned prirnanly as controllers (e.g. acted to decrease productivity), whde others such as light and temperature functioned as modifiers (e.g. modified the severity of the decrease). The effects of modifying variables are highly consistent, granted interrelationships with other variables are considered. If modifying variables are isolated (as in parametric statistics) their effects appear spurious. In general, the K-systems models suggested that benthic microfloral productivity cannot be accurately described by static models.

A comparison of benthic microfloral production on the West and Gulf coasts of the United States: an introduction to the dynamic K-systems model