Rob Jamieson

TL;DR: Jamieson et al. as mentioned in this paper summarized the information that has been produced with respect to the survival of fecal bacteria in soil waste systems and their transport to tile drainage water.

TL;DR: In this paper, the authors present and evaluate current approaches to modeling the microbial quality of surface waters in rural watersheds and present a complete watershed scale microbial water quality model which includes subroutines which characterize the production and distribution of waste and associated microorganisms, simulate the transport of microorganisms from the land surface to receiving streams, and route microorganisms through stream networks.

TL;DR: This study has illustrated that enteric bacteria can survive in bed sediments for up 6 wk and that inactivation of the tracer bacteria resembled typical first-order decay, and that a finite supply of sediment-associated bacteria are available for resuspension during individual storm events.

TL;DR: Evidence is provided that bacterial adsorption can be modeled as an irreversible process in freshwater environments and further the development of representative microbial water quality models.

TL;DR: The Thomas Brook watershed is approximately 1000 ha and is characterized by both agricultural and residential land uses as mentioned in this paper, which is a small catchment located in the headwaters of the Cornwallis River drainage basin, was assessed through an integrated monitoring program.