Conventionally, the clearness and whiteness of one beach had been observed through making a sample of the recognized bathing water just a small number from the shore. Yet because sand had been considered to be one efficient filter, it had followed that these fecal bacteria, seen with an electron microscope, might somehow be unadulterated in the known sand especially at times when the tide would flow and ebb. Furthermore, the entrapped bacteria, viewed with an electron microscope, had been provided with a huge exterior region for the connection, nourishment coming from the nutrients among sand crevices as well as guardianship coming from the sunlight. According to the original article, these bacteria, seen with an electron microscope, could be yielded higher endurance chances and might even seen to be nurtured sufficiently towards replication in the environment of the beach.

Andrew Rogerson had been linked with the “Oceanographic Center of Nova Southeastern University” in Florida. He led one Environmental Protection Agency research study in order to ascertain the fecal-derived bacteria levels situated in Florida. They would also try to search for some health entanglements. Initial results had illustrated that the wet sand as well as dry sand over the recognized intertidal territory had vitally more of the fecal bacteria as weighed against those from the sea water at close proximity to the shore. This had further paved the way for the inquiry, “Do indicator bacteria survive longer in sand relative to open water?” Sequences of experiments in the laboratory had been done in order to come up with an answer to this inquiry.
The outcomes would then be presented in the “Journal of Environmental Quality.” In addition to this, each and every feces-derived bacterium had been known to have the capability of improving the endurance in the sand and much more significantly, had the capacity of progression among the sand which would also pave the way towards more elevated numbers. On the contrary,  when in seawater, these bacteria would stabilize a decrease in quantity over time. The outcomes also demonstrated a quick decrease in the numbers of bacteria among bathing water which had samples at close proximity towards the sand as weighed against five, ten, or twenty meters from the shore. This had further indicated that this shoreline water had been influenced by the run off of bacteria coming from sands.

According to the original article, this had several insinuations for the managers of the beaches because the quantity of bacteria coming from the feces among waters had been employed to make an assessment of the attendance of the sewages. An elevated count of the “indicator bacteria” necessitated the closure. This kind of behavior had consequences of finances among regions abundant with tourists like Florida. Each and every bacterium which had been washed from sands would perplex interpretations of counts in water. This could pave the way for several needless closures of beaches. Meanwhile, elevated quantities of these fecal-derived bacteria which progressed in the sand could somehow establish an elevated risk of health. It had been further recommended that managers of water quality must make a consideration of sampling water from the shore than what had been normally practised.