objects fish

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objects fish

objects fish

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objects fish, Hidden Object

The installation which was composed of seven different shaped modules was set in such a way that when seen as a whole it formed separate mysterious chambers.  Placed inside in each of these modules is the aquarium – “an object of the crystallization of the imagination literally captivating” our desire of curiosity.  These chambers however had some form of communication through the peep-show, and the interaction which existed between the viewer on one side, the fish, and the viewer on the other side.  Various elements interacted to create a serene feeling of satisfaction as we were trying to peep inside the fish tank.  However, to our astonishment with a feeling of as if we were caught on the act, we realized that there was a viewer on the other side overlooking at us during our satisfaction of curiosity fulfillment.      

The fish tank acts as the trigger of this peep show; the transparency it provides or the opacity creates various observations possible.  The fish within the tanks are the protagonists of the peep-show and they transform the installation constantly.  The “heart” of the entire installation suggests the setting of a 19th century museum of natural history.  The installation underlies the students’ contemplation of ornament in its coherent relation to the design object.  The scenography of the installation contributes to create a well presented interactive installation which creates various moods and presents multiple meanings to the viewer.  

All seven modules and their fish tanks have been curated in such a way to make it distinctively unique.  We only hope that whoever saw it enjoyed it as much as we did.  And for those who weren’t there we hope that you can at least experience a tiny bit of what we felt through this surprising peep-show journey.

Weakly electric fish produce electric signals (electric organ discharges, EODs) with a specialised electric organ creating an electric field around their body. Objects within this field alter the EOD-induced current at epidermal electroreceptor organs, which are distributed over almost the entire body surface. The detection, localisation and analysis of objects performed by monitoring self-produced electric signals is called active electrolocation. Electric fish employ active electrolocation to detect objects that are less than 12 cm away and have electric properties that are different from those of the surrounding water. Within this range, the mormyrid Gnathonemus petersii can also perceive the distance of objects. Depth perception is independent of object parameters such as size, shape and material. The mechanism for distance determination through electrolocation involves calculating the ratio between two parameters of the electric image that the object projects onto the fish`s skin. Electric fish can not only locate objects but can also analyse their electrical properties. Fish are informed about object impedance by measuring local amplitude changes at their receptor organs evoked by an object. In addition, all electric fish studied so far can independently determine the capacitative and resistive components of objects that possess complex impedances. This ability allows the fish to discriminate between living and non-living matter, because capacitance is a property of living organisms. African mormyrids and South American gymnotiforms use different mechanisms for capacitance detection. Mormyrids detect capacitance-evoked EOD waveform distortions, whereas gymnotiforms perform time measurements. Gymnotiforms measure the temporal phase shift of their EODs induced at body parts close to the object relative to unaffected body parts further away.

When we read data from our fish finder, we usually imagine that the information we see on our screen is all happening directly under our sonar. So, if we see a fish on the screen, we think it must be exactly underneath our sonar. In reality, the readings we see are taken from a wider area underneath our sonar. And even more importantly, the sonar receives data from a wider and wider area, the deeper you scan. This is all because sonars scan in cones.

When we read data from our fish finder, we usually imagine that the information we see on our screen is all happening directly under our sonar. So, if we see a fish on the screen, we think it must be exactly underneath our sonar. In reality, the readings we see are taken from a wider area underneath our sonar. And even more importantly, the sonar receives data from a wider and wider area, the deeper you scan. This is all because sonars scan in cones.

Surface clutter appears because the water close to the surface will reflect some of the sonar waves, and these reflections are much too fast for the sonar to process correctly. This reflection has numerous causes, the most common being waves on the surface, bubbles, currents and algae. The result is lots of close to the surface. This creates a in which it is not possible to identify fish. The amount of clutter, and the size of this blind zone, can be reduced if the sonar frequency is higher. So, if you have a Deeper PRO or PRO+ and you are experiencing a lot of surface clutter, switch to scanning with the higher frequency(Narrow beamat 290kHz 15). In the case of the Deeper START, its 120 kHz sonar frequency means surface clutter can reach down to 1 meter / 3.3 ft. below the surface of the water.

Surface clutter appears because the water close to the surface will reflect some of the sonar waves, and these reflections are much too fast for the sonar to process correctly. This reflection has numerous causes, the most common being waves on the surface, bubbles, currents and algae. The result is lots of close to the surface. This creates a in which it is not possible to identify fish.

The image below illustrates 2 different situations where surface clutter can affect your sonar readings – (in these examples the surface clutter extends to approximately 1 meter / 3.3 ft. below the surface):The fish is below thesurface clutterzone. In this scenario, the sonar reflection from the fish is strong enough to be identified by the fish finder (in the case of Deeper fish finders, the FishDeeper App uses an algorithm to work out if it`s a fish). As a result, the fish is displayed on the app.The fish is within thesurface clutterzone. The sonar reflection from this fish is mixed together with the surface clutter, making it too weak to be identified by the fish finder. As a result, the fish is not displayed on the app.

This July, Animal Friends for the same reason reported Roberto stores in Ilica 20 and Gunduliceva 3 to the Veterinary inspection after complaints of the citizens about fish being exposed to the summer sun in the windows of these stores.

In January this year, Animal Friends reported the gallery Klovicevi dvori to the Veterinary inspection due to the inappropriate keeping and exploitation of fish for the exhibition. One of the exponents in the dark room were aquaria that had a screen with constantly changing images of aggressive color and rhythm. According to a man who worked there, every day a new delivery of fish came because so many fish died in there. In this case, by using fish for purpose, apart from the Article 20 and Article 23 of the Animal Welfare Act, Article 5 of the same act was broken too.

In December of the year 2004, our organization reported to the Veterinary inspection about a winning game that was offered on Zagreb Fair where goldfish in glass-bowls were the target for visitors who could aim the bowl with a little ball and win a price. Once the fish died due to these obvious consequences they were replaced by new fish that also served as a price hanging besides in plastic bags.

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objects fish
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