GMU:Winning natural habitats/Albina Akhmedova: Difference between revisions

Latest revision as of 19:26, 1 July 2024

Idea: A short documentary film, which explores the biodiversity of a self-constructed pond. The documentary highlights various species of plants and insects, microorganisms in their habitat.

Tech solution: To bring this concept to life, a combination of cinematography techniques and microscopy techniques to capture high-resolution footage of microalgae in their natural habitats will be used. As editing software will be used adobe aftereffects or sony vegas. + biolab, microscope, camera

References: https://www.youtube.com/watch?v=Mirkm3yuUdU

25 April 2024 & 25 Juni 2024

Only 2 months difference

Pond biodiversity - 23.06.2024

Location: Weimar, Campus Garden, pond

Date: 23.06.2024

Lepadella ovalis rotifer infested by parasites from pond water (23.06.24)

Lepadella rotifers, along with other microorganisms, participate in breaking down fish feces and leftover food, thereby contributing to water purification. Interesting about these microscopic animals: some rotifers are capable of entering into extended cryptobiosis and can remain in this state for thousands of years.

Nostoc, thread-like colony of cells from pond water (23.06.24)

They play a very important role locally in protecting soils against wind and water erosion and dehydration.

Pond plant diversity - 03.06.2024

Samples - 30.05.2024

Control sample with destil water was contaminated:

Deep water: 1:100 (1-3), 1:1000 (4-5), 1:10000 (6-7)

Storm water: 1:100 (1-3), 1:1000 (4)

Low water: 1:100 (1-3), 1:1000 (4)

Samples - 23.05.2024

storm water

low water sample was contaminated

deep water

@@ Line 4: / Line 4: @@
 '''References:''' https://www.youtube.com/watch?v=Mirkm3yuUdU
+== 25 April 2024 & 25 Juni 2024 ==
+[[File:2 Monate Unterschied.png|center|thumb|Only 2 months difference]]
 == Pond biodiversity - 23.06.2024 ==
@@ Line 11: / Line 14: @@
 [[File:Nostoc microscopicum.png|center|thumb|610x610px|Nostoc, thread-like colony of cells  from pond water (23.06.24) ]]
 They play a very important role locally in protecting soils against wind and water erosion and dehydration.
+== Pond plant diversity - 03.06.2024 ==
+<gallery mode="packed-overlay">
+File:Gewöhnlicher Froschlöffel.png
+File:Kardinals-Lobelie.png
+File:Teichbinse.png
+File:Bewimpertes Weidenröschen.png
+File:Sumpfdotterblume.png
+File:Hopfenklee.png
+File:Gewöhnliche Sonnenblume.png
+File:Kanariengrass.png
+File:Ballota nigra L. Schwarznessel.png
+File:Krauser Ampfer.png
+File:Sumpfdotterblume.png
+File:Ackerdistel.png
+File:Einjähriges Gänseblümchen.png
+File:Weissklee.png
+File:Raue Gänsedistel.png
+File:Echte Zaunwinde.png
+File:Feigenblättriger Gänsefuß.png
+File:Malve.png
+File:Griechischer Bockhronsklee.png
+File:Spitzwegerich.png
+File:Echte Königskerze.png
+File:Pimpinelle.png
+</gallery>
 == Samples - 30.05.2024 ==
+Control sample with destil water was contaminated:
+[[File:Destil watercontrol sample.jpg|center|thumb|610x610px]]
 Deep water: 1:100 (1-3), 1:1000 (4-5), 1:10000 (6-7)
-<gallery mode="packed-hover">
+<gallery mode="packed-overlay">
 File:Deep water 1-100 30.05.24.jpg
 File:Deep water 1 100 30 05 24 1.jpg
@@ Line 25: / Line 55: @@
 File:Deep water 1 10000 30 05 24 1.jpg
 File:Deep water 1 10000 30 05 24 2.jpg
+</gallery>Storm water: 1:100 (1-3), 1:1000 (4)<gallery mode="packed-hover">
+File:Storm 1-100 30.05.24.jpg
+File:Storm 1-100 30.05.24 2.jpg
+File:Storm 1 100. 30.05.24 3.jpg
+File:Storm water 1 1000 30 05 24.jpg
+</gallery>Low water: 1:100 (1-3), 1:1000 (4)<gallery mode="packed-hover">
+File:Low water 1-100 30.05.24.jpg
+File:Low water 1-100 30.05.24 2.jpg
+File:Low water 1-100 30.05.24 3.jpg
+File:Low water 1-1000 30.05.24.jpg
 </gallery>