1,620
Views
1
CrossRef citations to date
0
Altmetric
Original Articles

Factors contributing to cucumber odor in a northern USA reservoir

, &
Pages 323-335 | Published online: 14 Sep 2009

Figures & data

Table 1 Occurrence of cucumber odor episodes in Meander Creek Reservoir (M. Kielbasa, Mahoning Valley Sanitary District, 2003, pers. comm.).

Figure 1 Meander Creek Reservoir and catchment. An “x” marks the location of the core samples.

Figure 1 Meander Creek Reservoir and catchment. An “x” marks the location of the core samples.

Figure 2 Changes in sediment physical properties and 137Cs activity with sediment depth.

Figure 2 Changes in sediment physical properties and 137Cs activity with sediment depth.

Table 2 Mean dry matter deposited during time intervals delineated by the 137Cs chronology (n = core section number from top of core).

Figure 3 Change in organic content, sediment particle size and diatom abundance with time of deposition. Occurrence of odor episodes are marked with an “o.”

Figure 3 Change in organic content, sediment particle size and diatom abundance with time of deposition. Occurrence of odor episodes are marked with an “o.”

Figure 4 Change in relative abundance of diatom valves with time of sediment deposition: Occurrence of odor episodes are marked with an “o.”

Figure 4 Change in relative abundance of diatom valves with time of sediment deposition: Occurrence of odor episodes are marked with an “o.”

Figure 5 Meander Creek Reservoir water analysis data: pH, free carbon dioxide, total alkalinity, iron, turbidity and turbidity. Data are from Mahoning Valley Sanitary District, blank space = no available data.

Figure 5 Meander Creek Reservoir water analysis data: pH, free carbon dioxide, total alkalinity, iron, turbidity and turbidity. Data are from Mahoning Valley Sanitary District, blank space = no available data.

Table 3 Summary of chemical/physical data for Meander Creek Reservoir for the winter seasons of 2000–2003.

Figure 6 Change in population in the Meander Creek Reservoir catchment.

Figure 6 Change in population in the Meander Creek Reservoir catchment.

Figure 7 Factors affecting the growth of Synura petersenii in Meander Creek Reservoir (MCR): (a) change in farmland and residential area on MCR catchment; (b) estimated total phosphorus export from MCR catchment; (c) estimated suspended solids export from MCR catchment; (d) relative inferred total phosphorus (IRTP) and (e) Secchi disk transparency (sd) calculated from measured turbidity. Odor episodes are marked by an “o.”

Figure 7 Factors affecting the growth of Synura petersenii in Meander Creek Reservoir (MCR): (a) change in farmland and residential area on MCR catchment; (b) estimated total phosphorus export from MCR catchment; (c) estimated suspended solids export from MCR catchment; (d) relative inferred total phosphorus (IRTP) and (e) Secchi disk transparency (sd) calculated from measured turbidity. Odor episodes are marked by an “o.”

Reprints and Corporate Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

To request a reprint or corporate permissions for this article, please click on the relevant link below:

Academic Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

Obtain permissions instantly via Rightslink by clicking on the button below:

If you are unable to obtain permissions via Rightslink, please complete and submit this Permissions form. For more information, please visit our Permissions help page.