The whole community pigments and lipids have been examined during a 5-year period in two commercial solar salterns located in the United States and in Israel. There were significant differences in the complexity of the lipid and pigment patterns within the California saltern system, and these differences were not consistent over the sampling period despite examination of ponds with the same salinity. The solar saltern system in Eilat, Israel, showed greater consistency during this sampling period and compared directly with previous studies. The complexity of the saltern in Newark, California, could be explained on the basis of the prevailing weather conditions (cooler and more rainfall) and the nutrient-enriched source water. The Eilat saltern, however, has an oligotrophic water source and has a considerably warmer and drier climate. This difference resulted in more diverse and more complex pigment and lipid patterns and presumably microbial populations in the Newark, California, plant than in the saltern in Eilat, Israel.
Bibliographical noteFunding Information:
lar Salt Plant in Newark, California, USA, and the personnel at the Israel Salt Company in Eilat, Israel, for their assistance in this research. We are also appreciative of the efforts of G. Dimitrov, S. Vinayak, and N. Koval for their assistance in various aspects of this study. Portions of this work were supported by grant No. 95-00027 from the United States–Israel Binational Science Foundation (BSF, Jersualem) and the Halophile Fund of George Mason University Research Foundation.
- Halophilic Archaea
- Halophilic Bacteria
- Solar salterns