Q: UV LED

#html-body [data-pb-style=FSTY1GL]{background-position:left top;background-size:cover;background-repeat:no-repeat;background-attachment:scroll;align-self:stretch}#html-body [data-pb-style=D5FCNSP]{display:flex;width:100%}#html-body [data-pb-style=U7PRFXC]{justify-content:flex-start;display:flex;flex-direction:column;background-position:left top;background-size:cover;background-repeat:no-repeat;background-attachment:scroll;width:100%;align-self:stretch} UV LED sind zwar Verfügbar, jedoch bilden diese nicht den ganzen UVA/B Bereich ab. Z.z. sind UVA LED's für das farbliche sehen bei Vögel oder Reptilien sowie für das bessere Wachstum von Gefieder, Sicherstellung von Häutungen bei Reptilien und Schlangen, verfügbar, welchen den Bereich von 330-410nm abbilden. Der Bereich 315-340nm wird aber auch zur Knontrolle der D3 Produktion im Körper benutzt und je höher der UVI Wert ist, desto höher müsste auch der Bereich 315-340nm sein um entgegen zu wirken.

Q: Arcadia Pro T5 UV-B Kit Bird 2,4% UV-B, 54 W, 1150 mm

#html-body [data-pb-style=K34IPEB]{background-position:left top;background-size:cover;background-repeat:no-repeat;background-attachment:scroll;align-self:stretch}#html-body [data-pb-style=P05SRAT]{display:flex;width:100%}#html-body [data-pb-style=XITIE57]{justify-content:flex-start;display:flex;flex-direction:column;background-position:left top;background-size:cover;background-repeat:no-repeat;background-attachment:scroll;width:100%;align-self:stretch} Wieviel k (farbspektrum) hat die lampe? Wieviel lux auf ca. 30cm entfernung? und bitte um angabe der 3-stellige kennziffer Bei dem Produkt ist eine UV Röhre dabei und ist für die UV Versorgung zuständig. Lumen/Lux ist zweitrangig. Da es eben auch keine DIN Röhre ist gibt es auch keinen 3-stelligen Code. Farbtemperatur ist 5600K. Allgemeinbeleuchtung mit Augenmerk auf Lux/Lumen sollte man mit LED's oder HE Röhen machen und hat nichts mit einer UV Beleuchtung zu tun. Unabhängig davon, das es den Vögeln nicht viel bringt, da diese ein ganz anderes Sehspektrum haben und die Lumen/Lux Angabe auf das menschliche Auge abgestimmt sind. Für Vögel oder Reptilien bringt diese Angabe nichts, bzw nicht viel. Ist das selbe wenn Sie nach Nährwerte für ne Birne Fragen, jedoch ein Apfel kaufen wollen.

Question 1

UV LED

Accepted Answer

UV LED sind zwar Verfügbar, jedoch bilden diese nicht den ganzen UVA/B Bereich ab. Z.z. sind UVA LED's für das farbliche sehen bei Vögel oder Reptilien sowie für das bessere Wachstum von Gefieder, Sicherstellung von Häutungen bei Reptilien und Schlangen, verfügbar, welchen den Bereich von 330-410nm abbilden. Der Bereich 315-340nm wird aber auch zur Knontrolle der D3 Produktion im Körper benutzt und je höher der UVI Wert ist, desto höher müsste auch der Bereich 315-340nm sein um entgegen zu wirken.

Question 2

Arcadia Pro T5 UV-B Kit Bird 2,4% UV-B, 54 W, 1150 mm

Accepted Answer

Wieviel k (farbspektrum) hat die lampe? Wieviel lux auf ca. 30cm entfernung? und bitte um angabe der 3-stellige kennziffer

Bei dem Produkt ist eine UV Röhre dabei und ist für die UV Versorgung zuständig. Lumen/Lux ist zweitrangig. Da es eben auch keine DIN Röhre ist gibt es auch keinen 3-stelligen Code. Farbtemperatur ist 5600K. Allgemeinbeleuchtung mit Augenmerk auf Lux/Lumen sollte man mit LED's oder HE Röhen machen und hat nichts mit einer UV Beleuchtung zu tun. Unabhängig davon, das es den Vögeln nicht viel bringt, da diese ein ganz anderes Sehspektrum haben und die Lumen/Lux Angabe auf das menschliche Auge abgestimmt sind. Für Vögel oder Reptilien bringt diese Angabe nichts, bzw nicht viel. Ist das selbe wenn Sie nach Nährwerte für ne Birne Fragen, jedoch ein Apfel kaufen wollen.

Question 3

Ferguson-Zone

Accepted Answer

Ferguson zone, what is the significance of this

The "Ferguson Zone" is a term used in herpetology, which is the study of amphibians and reptiles, to refer to a categorization system for reptile UVB (ultraviolet B) requirements. Dr. Frances M. Baines and Dr. Clifford Baines introduced this system, also known as the "Baines Index," as a way to classify reptile species based on their specific UVB needs.

The Ferguson Zone categorizes reptile species into five zones based on their natural habitat and UVB requirements:

Zone 1:

Forest or jungle-dwelling species. These reptiles receive relatively low levels of UVB because of the dense canopy cover. They require lower UVB exposure.

Zone 2:

Reptiles that inhabit forest edges or shaded areas within forests. They receive moderate UVB exposure, but it is still lower than for open habitat species.

Zone 3:

Reptiles that inhabit areas with a mixture of shade and sunlight, such as woodland clearings. They have moderate UVB requirements.

Zone 4:

Reptiles that live in open or semi-open environments, such as grasslands, deserts, or savannahs. They receive high UVB exposure and require significant UVB lighting.

Zone 5:

Desert-dwelling species. These reptiles are exposed to very high levels of UVB radiation in their natural habitats and have the highest UVB requirements.

The Ferguson Zone concept helps reptile keepers and enthusiasts better understand the UVB needs of different species and provides guidance on providing appropriate UVB lighting in captivity. By categorizing reptile species into these zones, keepers can make more informed decisions about the type and intensity of UVB lighting required for their pets.

Keep in mind that while the Ferguson Zone is a useful tool, it is essential to research the specific UVB requirements of the reptile species you are keeping and consult with experts or veterinarians to ensure you are meeting their needs effectively in captivity. Providing the right UVB exposure is crucial for the overall health and well-being of reptiles in captivity.

Question 4

Why bird need uva

Accepted Answer

Birds benefit from UVA (ultraviolet A) light for several important reasons:

Vision:

Birds have specialized eyes that allow them to see in the UVA spectrum. This enhanced vision assists them in various activities, such as detecting food, recognizing mates, and navigating.

Mate Selection:

Some bird species have feathers that reflect UVA light, which can be crucial for mate selection. To human eyes, these feathers might appear the same, but to birds, they can be distinctly different, helping them choose healthy and genetically compatible mates.

Behavior:

UVA exposure can influence bird behavior. Birds in captivity that are exposed to UVA light often show more natural behaviors and can be more active and engaged in their environment.

Environmental Recognition:

Many natural substances reflect UV light differently than they reflect visible light. This can help birds distinguish between various types of food or recognize specific habitats.

Social Interaction:

UVA-reflective patterns on feathers can play a role in social interactions among birds, helping them establish hierarchies or communicate with each other.

Providing UVA lighting to birds in captivity can help ensure that they experience their environment more similarly to how they would in the wild, potentially enhancing their well-being and overall health.

Question 5

Why birds need UVA for color vision?

Accepted Answer

Why birds need UVA for color vision?

Birds have unique visual systems that are different from humans. Their ability to see UVA light plays a significant role in how they perceive color. Here's why UVA is crucial for a bird's color perception:

Tetrachromatic Vision:

Unlike humans, who are trichromatic (having three types of color receptors or cones for red, green, and blue wavelengths), many birds are tetrachromatic. This means they have four types of color receptors, one of which is sensitive to UVA light. This fourth cone type allows them to see a broader range of colors than humans can.

Feather Reflectance:

Many bird species have feathers that reflect UVA light. These UVA-reflective patterns can be invisible to the human eye but are quite vivid to birds. Such patterns can play a role in mate selection, as they can convey information about a bird's health, age, or genetic fitness.

Enhanced Contrast:

The ability to see in UVA can provide increased contrast in the environment, making certain objects or other birds stand out more. This enhanced contrast can be crucial for activities like foraging or spotting predators.

Enhanced Color Discrimination:

With the ability to see UVA, birds can distinguish between colors and patterns that look identical to the human eye. This enhanced color discrimination is crucial for various behaviors, including foraging and identifying edible fruits or insects.

Improved Environmental Perception:

Natural elements, such as fruits, berries, or even urine marks of predators, can reflect UV light differently than other wavelengths. By detecting these subtle differences in UV reflection, birds can identify food sources or avoid danger more effectively.

In essence, UVA light allows birds to experience the world in a more colorful and detailed manner than humans can perceive. It enriches their environment, helps them communicate, and aids in essential behaviors like foraging and mate selection.

Question 6

Why reptiles need uva for color vision?

Accepted Answer

Reptiles, much like birds, have evolved visual systems

that can detect a wider range of the light spectrum than humans, including UVA. UVA plays a role in the color vision of reptiles for several reasons:

Expanded Visual Spectrum:

Many reptiles have photoreceptors that are sensitive to UVA light. This allows them to see colors and patterns that are invisible to the human eye. Their world is enriched by a broader spectrum of color, including those in the UVA range.

Communication and Recognition:

For some reptiles, skin or scale patterns that reflect UVA light can be used in communication, mate selection, or species recognition. These patterns, which might be invisible to us, can be very prominent to them.

Prey and Predator Detection:

The ability to see UVA can help reptiles detect prey or predators. Some organisms might reflect UVA differently, making them more visible to reptiles with UVA-sensitive vision.

Enhanced Environmental Discrimination:

Detecting UVA can help reptiles differentiate between various elements in their environment. This can be beneficial in tasks like finding food, shelter, or navigating their territory.

Behavioral Cues:

Just as with birds, the presence of UVA patterns on a reptile's body might provide behavioral cues, such as readiness to mate, dominance, or health status.

In essence, UVA light enriches the visual environment for reptiles, allowing them to perceive and interact with their surroundings in ways that are complex and multifaceted. This expanded visual capability plays a vital role in their survival and reproduction.

Question 7

Bearded dragon acquisition

Accepted Answer

Acquiring bearded dragons as pets requires careful planning and preparation,

to ensure that the needs of this reptile species are met. Here are some steps and considerations you should keep in mind before acquiring bearded dragons:

Housing:

Even though tarraria keeping and caging are not covered by a ban on keeping animals, if it would be so stated in a lease, this does not necessarily apply to live food animals (even if they are 'just' insects. Here you should take good care that these do not escape, otherwise a neighbor could make your hobby the gar aus

Research:

Educate yourself thoroughly about bearded dragons, their natural habitats, behavior, diet, husbandry and health requirements. Different species of bearded dragons have different needs, so it's important to know which species you want to keep.

Prepare Habitat:

Build or set up the terrarium for the bearded dragon before you purchase it. The terrarium should provide the right size, ventilation, temperature zones, UVB lighting, hiding places and a suitable bottom substrate.

Choose type of bearded dragon:

There are several species of bearded dragons, including the Australian bearded dragon (Pogona vitticeps) and other species. Choose a species that matches your knowledge and skills as a keeper.

Purchase from a reputable breeder:

If possible, buy bearded dragons from reputable breeders or reptile dealers who care about the welfare of the animals and offer healthy specimens. Avoid buying wild-caught animals, as this often leads to health and conservation issues.

Health check:

Make sure the bearded dragons you are considering look healthy, have active eyes, show no signs of parasites or disease, and are well behaved.

Terrarium setup:

Set up the terrarium according to the specific requirements of the bearded dragon species you choose. Make sure there is proper lighting, heating, substrate, hiding places and furnishings.

Diet and care:

Educate yourself on the appropriate diet for your bearded dragon species. Insects, vegetables and fruits can be part of the diet. Make sure you provide the proper foods and supplements.

Veterinary visits:

Schedule regular vet visits to monitor your bearded dragon's health and make sure they are in good condition.

Time and commitment:

Bearded dragons are long-term pets that require time and commitment. Make sure you have the time to care for their needs and keep them species appropriate.

Acquiring bearded dragons requires responsibility and commitment to ensure they live a healthy and happy life. Before you acquire a bearded dragon, it is important to understand all aspects of their care and keeping and make sure you are prepared to meet those requirements.

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