After following a few iNat contributors who provided some amazing posts based on microscopy a project sprung to mind. Thanks to @closterium_mysterium, @shanesmicroscope and @mnold1 for the inspiration. While I normally chase the plants and animals in the Aussie bushland, and Australian freshwater sponges and beasties, a microscopic view of the world seemed to offer new horizons ...so...
The Hilltop Temporary Rockpool Invertebrates
The bushland on the central Coast of NSW is dominated by varied eucalypt forests, scrubland, heath and patches of rainforest. This often sits on top of rocky and sandy ridges, valleys and hills overlaying sandstone geology. On top of many hills there are exposures of sandstone containing depressions which become small pools after rain. Most dry out completely within a short time, but during their brief watery existence become small freshwater habitats for a variety of invertebrates and microorganisms (along with occasional frogs).
This project will attempt to document some of these invertebrates and microorganisms.
Method
Trial sample - Bulls Hill Fire Trail
On Bulls Hill fire trail a rocky outcrop of sandstone topped by an electrical transmission line tower contains several depressions which fill with water after rain. These stay filled for periods from a few days to a few weeks depending on the weather. The first photo shows the site. The pools are surrounded by soil with mosses which dry out fairly completely in hot dry weather, and small plants. This surrounding vegetation is usually inundated after rain and so provides a submerged boundary to the ponds.
This has really been a satisfying project, so contributions to identification, or thoughts on the project or just general comments will be very gratefully received.
The next project will use material from a rocky outcrop behind the coastal town of Umina where conchostracans have been found in the past. See you then.
Moss and soil sample taken from side of small dry pool on sandstone. Kept at room temp for 2 weeks then water added. sample by dropper and observed microscopically.
Small sample of moss and soil taken from edge of dry pool on exposed sandstone surface. Kept at room temperature for several weeks. Water added and sampled by dropper after several days at room temperature. Examined microscopically.
Small sample of moss and soil taken from beside dry pool on exposed sandstone hilltop. kept at room temperature for several weeks. Water added and kept at room temperature for several days. Sample taken by dropper and examined microscopically.
Small sample of moss and soil collected from beside dry pool on exposed sandstone hilltop. Kept at room temperature for several weeks. water added and kept at room temperature for several days. Sample by dropper and examined microscopically.
Small soil and moss sample taken and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Sample taken by dropper and examined microscopically. Last photo shows site of sample collection.
Small sample of soil and moss taken from beside dry pool on exposed sandstone hilltop. Water addded and kept at room temperature for several days. Sample taken by dropper and examined microscopically. and kept at room temperature for several weeks
small soil and moss sample taken from beside dry pool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Sample taken by dropper and examined microscopically.
Small sample of soil and moss taken from beside dry pool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Sampled by dropper and examined microscopically.
Sample of moss and soil collected and retained at room temperature for several weeks. Water added on 1-8-24 and retained at room temperature. Samples extracted by dropper and examined microscopically over next few weeks.
Smal sample of soil and moss collected and kept at room temperature for several weeks. Water added on 1-8-24 and kept at rom temperature. Samples taken by dropper for next few weeks and examined microscopically.
small sample of soil and moss collected from dry rock pond on exposed sandstone hilltop. Kept at room temperature for several weeks. Water added on 1-8-24 and kept at room temperature. samples taken by dropper and examined microscopically over next few weeks.
Small sample of soil and moss taken from dry pool on exposed sandstone hilltop. Kept at room temperature for several weeks. Water added on 1-8-24 and kept at room temperature. Samples taken by dropper over several weeks and examined microscopically.
Small soil and moss sample taken from dry rockpool on exposed sandstone hilltop. Kept for several weeks at room temperature. Water added on 1-8-24 and kept at room temperature. Samples taken by dropper over several weeks and examined microscopically
Site for Bulls Hill fire trail dry pond invertebrate project. Mosses surrounding dry pool, along with a little soil, sampled to extract invertebrates
Sample of soil and moss taken from dry pool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature. Sampled over next few weeks by dropper and examined microscopically
Small sample of soil and moss taken from edge of dry rockpool on top of exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper for next few weeks and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on exposed sandstone hilltop and kept for several weeks at room temperature. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on top of dry sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample of soil taken from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper and examined microscopically.
Small sample of soil and moss taken from edge of dry rockpool on top of exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper and examined microscopically.
Small sample taken of soil and moss from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample taken of soil and moss from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample taken of soil and moss from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
Small sample taken of soil and moss from edge of dry rockpool on exposed sandstone hilltop and kept at room temperature for several weeks. Water added and kept at room temperature for several days. Samples taken by dropper over next few weeks and examined microscopically.
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