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Top 10 Most Common Tarantula Hobby Mistakes

#1 Tarantulas need time to “settle in”

The first week in its new home is an important adjustment period that cannot be ignored or overlooked. Often the hardest thing for beginners is allowing the tarantula time to settle in. I can understand the excitement of a new pet and the equally intense disappointment when the new pet doesn’t eat right out of the box or soon after arrival.  A basic understanding of the tarantulas needs can make both a happy tarantula and a happy keeper.

Keep in mind under normal circumstances my collection eats only once weekly. If something is going on such as a molt or while settling into a new home the tarantula will often take longer before it is ready for a meal.

Do not offer prey immediately upon arrival (if you have already remove all feeders asap) and leave the tarantula alone in a quiet place ideally with low to no light 69-74 degrees. Make sure the tarantula has water in the meantime offered in a shallow wide bowl and/or via misting.

Why won’t it eat? Isn’t it hungry after the trip?

I know the first thing I want to do after getting off an airplane is to gorge myself on some real food, but let’s try to look it from the tarantulas perspective. Keep in mind tarantula has spent most of its life in the same home. The other day it was wrapped in paper towels, put in a vial or cup, bounced around on a truck, a plane, now it’s somewhere completely new. It doesn’t know where it is or how to get home. It feels exposed and vulnerable to attack.

The tarantulas eyes are sensitive enough only to distinguish light and dark. Gradually the tarantula will begin to explore its new surroundings, laying web as it goes. It will use its webs to “feel” its way around the enclosure. If the tarantula is kept quiet and content during the time after arrival it should quickly discover although it can’t get back to where it was before this is a nice, safe place to make a new home. It’s quiet, not too bright and there aren’t other beings or bugs already making their home here that might become a threat.

It will the begin to move substrate (terrestrials) and/or make tube webs. Some might even adopt a hide. Once it makes itself “at home” and it looks hungry then try offering a meal.

You will know Tarantula is hungry because it will typically hang out near the entrance of its home, waiting to pounce on something that wanders too close.

Typically tarantulas won’t eat until they have settled in. This process will take on average about a week sometimes less or more depending on the specific tarantula, age etc.

#2 Feeding

It is important the tarantula receive property-sized feeders. If the prey is too small the tarantula might have a hard time. If the feeders are too large the tarantula will not be able to eat the prey. This can cause great stress and possibly harm to the tarantula.

Ideally, the length of the prey item should be no longer than the spiderlings body length. As tarantulas grow the prey we give them relative to their size will decrease. For adult tarantulas feed prey the same size or smaller than the length of the adults’ carapace. This “rule of thumb” is a basic reference we use to help beginner keepers select feeders their tarantula can easily overpower, although some tarantulas might take larger prey we recommend first starting small.

We do out best to put feeder recommendations in the description of every tarantula we sell. If you have any questions please contact us before ordering!

Ideally the new tarantula should eat what they’re used to eating.  If introduced to a new prey item it can take a little longer for the tarantula to accept food but as long as the feeders are the proper size/type the tarantula will eventually get hungry enough to try something new.

Healthy tarantulas do not eat daily as most mammals do and will often refuse meals for long periods. This is considered normal behavior.

As a basic rule of thumb for 95% of my collection, I feed on a one week rotation. That means everyone gets fed maximum once weekly. I will often skip tarantula for one or even two or more weeks if they are gaining weight too quickly, aren’t hungry or look like they’re in pre-molt. Remember, if the tarantula doesn’t eat the prey in 12-24 hours remove the feeder item and try again in another 3-6 days. If it’s molting wait until it’s finished and all hardened up!

If the tarantula has been consistently shy and/or not eating, even after waiting days to a week or more (depending on species), seemingly healthy and not molting; try offering a pre-killed feeder. It might be enough to boost the tarantulas energy as well as it’s confidence in this new, strange location.

Make sure your feeders are from a verified source. Never feed your tarantula wild caught food!

For more detailed information on feeding please visit:

https://jamiestarantulas.com/guides/

#3 Misting & Water

The substrate should be subtly moist (somewhat dependent on the species) and the trantula should have “dew” to drink off the sides on the enclosure a few times a week. There is a bit of a learning curve when it comes to misting. We recommend new keepers mist one corner of the enclosure. This way the tarantula can choose between moist and dry substrate and the new keeper can adjust based on the tarantulas preferences.

Tarantulas under about 2″ don’t need nor do we recommend using a water bowl. Once the tarantula is large enough it can be given a shallow, wide dish in order to drink from.

Please note tap and/or well water can contain chemicals that might be harmless to humans but can cause trouble for little tarantula. I have seen DKS result in using tap water and strongly recommend against it. We use RO water for all our tarantulas.

More information on water and misting: https://jamiestarantulas.com/guides/

#4 Housing

It is extremely important the tarantula is housed properly. You’ll want an enclosure that’s not too small or too big. We do out best to put enclosure recommendations in the description of every tarantula we sell. If you have any questions please contact us before ordering!

A spiderling should be housed in a spiderling or similar enclosure, not in an adult enclosure. Kritter Keepers and other such enclosures are not recommended for tarantulas and if a spiderling is housed in one they can possibly escape through the ventilation holes.

The 7 dram vials we use for shipping work excellent for this purpose however, they do NOT make good enclosures.

Do not use screen lids for larger tarantulas as those bigger specimens can get their feet stuck in the mesh. This can result in damaged or severed limbs which, if enough hemolymph (blood) is lost the tarantula may perish. Luckily spiderlings and juveniles are far too small to have issues with mesh which is why fine mesh can be safely used for housing spiderlings and juveniles.

Never use a heat lamp or put the enclosure in a spot it will receive any amount of direct sunlight. The greenhouse effect can quickly raise the enclosure to dangerous temperatures. We do not recommend using a heat pad. In the colder months if your home is not heated (or heated much) you may want to designate a small closet or bathroom to keep “room temperature” for the tarantulas comfort. There are some species who are more tolerant than others of cooler temperatures. 60’s is too cold (in my opinion) for Avicularia purpurea where most Aphonopelma are fine at this temperature.

Tarantulas are sensitive to vibration. Putting them on a shelf or something that constantly vibrates (such as loud speakers or a pump) can potentially bother your new pet.

#5 Choose a tarantula that’s a “good fit”

…and not too small! Please do research as not every species will be a good fit for you. We recommend beginners start with a New World species with a minimum 1″ leg-span. The beginners section of the website is a great place to start. The larger  tarantulas are typically easier to care for.

Our most popular beginner picks are Brachypelma & Grammostola species. These two genus contain the majority of our most requested beginner species including (but definitely not limited to!) B. hamorii (Red Knee), B. albopilosum (Curly hair), B. auratum (Flame knee), B. baumgarteni, B. klaasi (Mexican pink), B vegans etc. G. pulchra (Brazilian Black), G. pulchripes (Chaco), G. porteri (Pink rose hair) etc.

C. cyaneopubescens is also known as green bottle blue or “GBB” for short. The species are popular with beginners due to their mild bite, fast growth rate, excellent appetite and exquisite coloring!

Acanthoscurria, Aphonopelma, Euathlus, Lasiodora & Nhandu are also quite popular beginner picks. Avicularia and Caribena over 1.5-2″ leg-span can make a good beginner tarantula.

Mature males do not make good pets as they are will put the majority of their time and effort into finding a mate. Mature males are sometimes so determined they will refuse food! Sadly these bachelors don’t have long to live as they’ve had their final or “ultimate” molt.

Young, immature males of slower-growing species can make great pets. They will typically look and act just like their female siblings until they have their ultimate molt. We hope their owner will do their best to find the bachelor a date once he is mature!

#6 Do not disturb even if you don’t immediately see the tarantula!

Often time new keepers, worried their little friend has gone missing, will pull apart the tarantulas home in attempt to “find it.” Not only does this cause the tarantula a great deal of stress, I have known tarantulas to be harmed or lost in the frantic search for the “missing” spiderling.

We usually see this sort of thing happen to those who order a spiderling too small for their experience level. A 1” or larger spiderlings kept in a spiderling enclosure will be a lot easier to visually keep track of vs. something 1/2” and under.

Please give the tarantula time time to settle in. It is likely the tarantula will be out of sight for a few days to weeks while adjusting. Also likely the tarantula will hide if it’s molting, not hungry or just doesn’t want to be bothered. It’s not going to risk potentially exposing itself to predators if there is nothing to be gained. Please be patient and continue to mist as usual. The tarantula will come out in each of food when it is ready.

#7 Handling 

I consider Tarantulas observational pets although many people (including my own mother) think otherwise. When I first got into the hobby I did purchase my first tarantula thinking I would handle, but quickly realized the stress it caused the C. versicolor. Handling not only stressed the little guy out, it typically resulted in damage to it’s home and put it at unnecessary risk of injury or even death.

Also, at first I didn’t notice the urticating hairs, however I quickly developed a reaction to them. Being itchy for a day or two after handling and the red spots all over my hands made it even less appealing.

Tarantulas are not domestic animals and will often act unpredictably. I do not handle my specimens except when absolutely necessary in the case of emergency typically as a result of packing, rehousing, breeding etc. We do not recommend handling for the safety of you and your tarantula.

Why risk it?

A tarantula comfortable in it’s environment is a fascinating pet! Depending on the species and specimen you might have one who is an excellent little dirt-mover, or another who creates wondrous tube webs. One might be a pet hole, but when it feeds oh boy that one second I see that specimen every week is worth it! Why chance handling it?

If the risk is not enough to discourage keepers from handling I can personally attest the urticating hairs are not worth it.

When I first started the hobby I had little to no reaction to urticating hairs and that went on for a few months. Soon I would have a little bit of a reaction and from there it snowballed. If I get  hairs flicked at me I’m itching for days!

Still want to handle your tarantula?

I have heard enough sad stories of hobbyists loosing a favorite specimen as a result of a drop. Tarantulas are not built for falling and handling puts them at considerable risk when compared to leaving them in the safety and comfort of their enclosure. Please think of what is best for your new pet!

After considering all this, for those who still wish to handle should always test the specimens reactions with a paintbrush or other soft object first. Only consider handling on the floor or other safe area where the tarantula cannot fall or escape.

Any species with a potent bite should always be observed from a distance!

#8 Molting

Molting is a very difficult time for the tarantula. It must push off it’s entire exoskeleton and then wait for days to weeks until it has hardened. During this time the tarantula is incredibly vulnerable. It’s fangs are soft and useless, and it’s body is remarkably fragile. Feeders left roaming the enclosure can and sometimes do cause damage and/or death.

If a specimen is in the molting process avoid moving or otherwise disturbing the tarantula. This will can potentially decrease it’s chances of success.

#9 Pestecide, Mold & Mildew Exposure

We touched on this in #3 Food & Water. Please don’t use tap water for your tarantula as it can potentially cause health issues including but not limited to DKS.

Other ways the tarantula can be exposed to harmful pesticides might include a neighbor tenting and/or bug-bombing, pesticides sprayed outside then tracked in on shoes or though a breezy window, pets in the house wearing a flea collar, advantage or similar product, recent treatment for bedbugs or ants etc.

We have also seen tarantula collections have health and/or DKS issues as a result of mold and/or mildew in the owners home.

#10 Follow the Live Arrival & Health Guarantee terms:

I believe our live arrival guarantee terms are very reasonable. We require for one hour contact for non-signature and within 48 hours for signature*. Hold for pickup we require contact the same day as arrival*. If you’d like the 5 day guarantee just send us a photo of the rehoused tarantula within that time* Please see our up-to-date shipping schedule and *full Live Arrival Guarantee terms are listed here:

https://jamiestarantulas.com/shipping-policy/

When order is placed the customer must click a box upon checkout that says “I have read and agree to the terms including the shipping and live arrival guarantee  terms” (weather the terms are read or not) that is a legally binding contract. That means we will ALWAYS honor our live arrival and health guarantee provided we are contacted in the timeframe specified in our shipping and live arrival guarantee terms…That also means customers MUST follow those terms in order to be covered… yet still some people for some reason cannot follow the LAG terms and those same people almost always make some kind of stupid excuse and expect me to personally cover their cooked or frozen invert like it’s no big deal.

Please, please, please don’t be this person

That spider I personally packed and shipped with love and care. That same tarantula I have been caring for and keeping not just alive, but happy and healthy for many months to years… I do not think people understand the time, effort and care I personally put into all my taranutlas. Like I don’t mind paying for and shipping another prized pet because the first one died due to carelessness?  Honestly this drives me crazy more than just about anything on this planet.

Keep in mind if I made one exception it is only fair that I do it for everyone. At that point I might as well not have LAG terms and would have to raise my prices accordingly, assuming I’m going to have to cover all animals that perish due to customer neglect.

I kindly ask if this is going to be you please don’t order from us. I don’t want your money, excuses and potentialy bad press in exchange for a dead spider. That is a crappy trade and everyone looses, especially the poor tarantula. Although this is #10 on our top 10 beginner mistakes it is certainly my #1 pet peeve running a tarantula business, and so easily avoidable!

We want your spider to be safe and for you to be covered under our live arrival and extended health guarantee so if you have any questions or concerns, especially regarding safe arrival please contact us BEFORE you order. We are happy to make special arrangements such as hold for pickup at a specific location, ship a specific time etc.

Please don’t hesitate to contact us if you have any questions!

 

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DKS – Dyskinetic Syndrome in Tarantulas

DKS – Dyskinetic Syndrome in Tarantulas

What is Dyskinetic Syndrome?

Dyskinetic Syndrome (often referred to as “DKS”) is not a specific disease, but rather a set of symptoms which typically include:
-Jerky and/or twitchy movements
-Loss of motor control (inducing difficulty or inability to walk, eat and drink)
-In some cases, lifting of the legs above the carapace

What causes DKS?

Sometimes when a tarantula gets DKS we’re able to narrow the cause down. Often it is a result of pesticide exposure which can come in contact with the tarantula in many ways such as:

-Tap or well water used to water, mist and/or hydrate substrate
-Feeders exposed to pesticides
-Pet with flea collar, “advantage” or similar product
-Tracked in on clothing/shoes (from spraying/dusting outside)
-Termite tenting (previously in home, or a neighbors home)
-Bed bug treatment
-Ant eradication etc.

Chemical exposure (such as from household cleaners, aerosols) have also been reported to cause DKS symptoms.

I have also known hobbyists to loose specimens to DKS who later found out they had mold/mildew in their homes ventilation system.

Some hobbyists have reported a specimen exhibiting DKS symptoms after a bad or difficult molt although I do not believe I have not had this happen in my collection.

Is there any cure?
DKS is nearly always fatal. Although it is extremely unlikely for a tarantula to recover, I have had a few hobbyists report to me their specimen made a full recovery. Please give your tarantula fighting chance by helping it eat and drink!

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How to measure outstretched diagonal leg-span “DLS”

To properly measure a tarantulas true, outstretched diagonal leg-span or “DLS” there can be no noticeable bends in it’s knees. If there are any bends this can throw off the measurement often by a an extreme margin. A scrunched up leggy specimen can measure as little as half it’s actual DLS size!

I personally measure everything we sell and here is roughly how I do it. Keep in mind this is usually done with the tarantula still in it’s enclosure for both the safety of me and the tarantula I am trying to measure.

I had this particular specimen out for a photo shoot she was pretty content in this pose. I figured it would be a good opportunity to take this picture with the caliper. Although the knees are slightly bent in this photo (so this one will measure a little smaller) we can see the caliper reads approximately 2.6 inches diagonal leg-span/DLS.

The absolute best device I have found to measure DLS is a caliper. An analog caliper like the ones pictured have been an indispensable tool in my collection. Just about every tarantula on the website is measured with a caliper.

This 3″ Brass caliper (pictured below) is the one we sell on the website. Here you can see this B. emilia measures about 2 3/4″ DLS. 

Here is that same female in a different position, this time with the knees bent and the legs tucked close against the body. Check out how this 2 3/4″ female can scrunch up and throw off that measurement so she looks closer to 1 1/2″! Remember, NO BENDS in the knees!

Here is another photo I took to help potential customers visualize small spiderlings. I have set the caliper to 1/2″ inch and marked the diagonal leg span on this little dude (seen in red and black) either side would do for an accurate measurement. I couldn’t get the caliper any closer to this little one without touching it, but even so, with bent knees we can clearly see this little spiderling is well over that 1/2″ mark.

Here is that same L. parahybana spiderling on my hand for more size reference, I wear a size small glove. It is remarkable how this little third instar 1/2″+ LP can grow to 8.5″ or more!

Here is how I measure tarantulas in the real world. It’s MUCH safer and easier when the tarantula is measured inside it’s enclosure like so:

Granted she is not outstretched (again there are bends in her knees) however, we can clearly see she is over 6″ with this measurement.

Don’t be discouraged, it is difficult even for me to get all the bends out of the knees so I usually measure them a little under their actual, fully outstretched size. This gives me a little wiggle room for their ad and I can never recall a customer complaining about getting a slightly larger specimen!

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Determining the gender of a tarantula

Is it male or female?

This is often one of the biggest questions that goes through a keepers mind when acquiring a new tarantula. Females are prized among hobbyists for their larger size, longer lifespans (some species can live decades!) and ability to produce eggsacs. Males are often requested for breeding projects or for those who want a pet with a lifespan (and commitment) of a only few years. Determining the sex of a tarantula can be tricky though, especially when it is younger as male and female tarantulas will often look and act extremely similar until mature.

 

How can you determine the gender of a tarantula?

The ONLY way to absolutely know the gender of a specimen is to look at it’s molt/exuviae.

The other, and not so reliable method is by looking at the tarantula itself, either ventrally (underside) or dorsally (topside) which we’ll cover later in this article.

 

What about spiderlings?

With over 35 years combined tarantula keeping experience we still do not know of any method to determine the gender of spiderlings. If we come across even semi-reliable method to sex spiderlings I will update this article with instructions.

 

So how do I molt/exuviae sex a tarantula?

By using the tarantulas exuviae (also: exuvium) also known as a cast skin or molt. Exuviae sexing, also known as molt sexing is the most reliable way to confirm the gender of a specimen and the only tried and true way to absolutely confirm the sex of larger, immature or mature specimens. In order to properly determine the gender first you will need an intact molt.

Getting an intact, read-able molt is a feat in itself… You must be quick to grab the molt soon after the tarantula has shed it’s skin or else the tarantula is likely to much on it. Bon appétit!

If the molt gets eaten you’ll have to wait until next time for the chance to revel it’s gender.

Not all tarantulas will much on their molt however, if the molt is recovered quickly after the tarantula has shed not only will the molt be soft and pliable (which makes the next step much, much easier) but you won’t give him/her the chance to eat it.

If you are able to get to the molt before it’s eaten be extremely careful not to disturb the soft and very vulnerable tarantula!

I have the intact molt, now what?

Is the molt soft? If not take care not to break it (the molt will crumble easily when completely dry) soften it in some warm soapy water for 15-90 minutes, or overnight. How long it needs to soak depends on how large and how dry it is. Make sure the molt is completely soft before proceding.

With the molt pliable, carefully unwrap the abdomen section. Examine the molt to look for the presence of a spermathecae. This female reproductive organ is where sperm is stored until the eggs are laid.

While a female can be identified by the confirming the presence of a spermathecae, a male can be identified by confirming the absence of a spermathecae.

The spermatheca is located between the first pair of book lungs.

Pictured below is a female Grammostola porteri (Rose Hair). The spermathecae is being manipulated with a toothpick.

The same molt (Female G. porteri) approx. 5 1/2″ DLS. The spermathecae is highlighted in red (below)

The spermathecae will often vary in size and shape depending on the age and species. Aside from using the spermathecae to determine gender this reproductive organ is often used to identify and distinguish certain species.Below is the molt of a 3-4″ female B. cabocla (Brazilian Red Head)Here is the same B. cabocla molt, a little closer, with the spermathecae outlined in yellow:


Now compare these females molts to that of a male Avicularia (Pinktoe) below.

Notice it’s completely flat between the first set of book lungs? There is no flap/presence of a spermatheca confirming this male. Male Avicularia (Pink Toe) approx. 3 1/2″ DLS Has no spermathecae.

The Looking Methods

So, you don’t have an intact molt handy? Be advised the looking methods are not very reliable, can not be used on spiderlings and small juveniles as the smaller specimens look more or less the same (at least to me…)

The exception to this rule is mature males as once a male has reached his mature (also known as “final” or “ultimate” molt) he can be easily identified and his gender 100% confirmed by the presence of his male reproductive organs.

You can use the looking method to visually sex the actual tarantula two ways, by ventral sexing, that is looking at the tarantulas ventral side, the underside of it’s abdomen or by dorsal sexing, this is looking at the tarantulas dorsal or back/top side.

Ventral comes from latin venter meaning belly, stomach or womb. Dorsal form the latin dorsum meaning back and/or ridge of a hill.

We do not use the looking methods to determine gender here at Jamie’s Tarantulas with the only exception of “suspect, not guaranteed males” offered every-so-often. Although the looking methods are not considered to be completely accurate the topic still be covered in depth as to help others to make educated guesses as to the gender of their specimen, at least until an intact molt/exuviae can be recovered.

Ventral Sexing It is possible to make an educated guess at the specimens gender by examining the ventral side of the abdomen. You’ll want to try this with tarantulas minimum about 2″ DLS Ventral sexing is not considered an accurate way to determine gender however, most often the specimens intact molt is not immediately available and we must rely on what we have and accept the answer will only be a “best guess”

Some advice for those wanting to ventral sex: Getting good at ventral sexing is something that comes with experience. No one starts off good at it, In my early hobby days can recall going crazy because I couldn’t detect any difference. I can tell you the more you practice, the better you’ll get! Look at lots of tarantula undersides. It will become easier and easier!

Here is an Aphonopelma chalcodes (Arizona Blonde) 4 1/2″ male first unedited:

Second, we have added a yellow pencil line to show the more flat angle 5-7 degrees between the first pair of book lungs:

Third, we have added another yellow pencil line to show the “triangle” or “arch” around the area of the epiandrous fusillae, only present in males

Here is an Aphonopelma chalcodes (Arizona Blonde) 5″ female first unedited:

Second, we have added a yellow pencil line to show the larger angle of 15-20 degrees between the first pair of book lungs. Notice there is no “triangle” or “arch”?

Originally I took photos of Brachypelma emilia for this ventral sexing article however, their black undersides did not make for good, clear photos. I then choose the lighter-colored Aphonopelma chalcodes (Arizona Blonde).I must warn sexing from photos can be difficult to impossible. Personally, it’s hard for me to look at something 2D representing a 3D image. Sometimes the lighting can play tricks on us, and lightening photos can sometimes reinforce sometime that was never really there.This article is using photos of an adult and sub-adult lighter-colored species, the absolute best I could find for this job from my vast collection. These photos I personally took and was very careful about selecting for this article, I wanted to make sure they easialy and accurately showed the visual differences between the two genders.Keep in mind that typically the smaller/younger the specimen the specimen is, the more subtle the differences. The darker the color, the harder it typically is for me to make a good ventral best guess.Determining gender from a photo is very difficult and even those (such as myself) with some experience ventral sexing will likely have much more difficulty sexing from a photo vs being there, looking at the tarantula. We appreciate if those refer to this and other resources online for general sexing, and to try to get eyes on your own spider(s) to gain the experience to get better at sexing. I recall in my early hobby days it was so difficult but with time and practice it gets easier to make an “educated guess.” Don’t get discouraged and stick with it. You will get better with time and experience!

Here are some easy-to-spot visual characteristics between mature males and mature females

…that don’t require looking at their underside.

When a male matures (has his final or “ultimate” molt) he gains some distinguishing characteristics such as “tibial hooks” (present in most species) and bulbous pedipalps which are often referred to as “boxing gloves”

Mature Male C. cyaneopubescens (Green Bottle Blue) “Boxing gloves” are circled left & tibial hooks are circled right Also notice the lankier overall appearance, including longer legs and smaller, more narrow fangs of the mature male…

Mature Male C. cyaneopubescens (Green Bottle Blue) below:

Mature Female C. cyaneopubescens (Green Bottle Blue) pictured below:

What about this photo? Of these two B. hamorii/smithi (Mexican Red Knee) can you tell which one is the mature male and which one is the female?

The male can identified (top) by the presence of his “boxing gloves”. One of his tibial hooks is just barely visible (as a cream colored lump) on the right side near where they’re “holding hands”. Just like the GBB notice the males lankier overall appearance, including longer legs and smaller, more narrow fangs when compared to the mature female (bottom)Here is the same photo again, with the males “boxing gloves” and his visible tibial hook circled in yellow:

Dorsal sexing immature specimens:

Larger juvenile and sub-adult specimens can sometimes be identified by their “body type.” Just like the adult male GBB and B. hamorii/smiti adults pictured above immature males typically have a lankier overall appearance including longer legs and smaller, more narrow fangs when compared to the females same size DLS. Be aware that females of most species go though a leggy adolescent phase and can be sometimes be mistaken for males during their “awkward teenage” years. Occasionally I might see an unusually stocky immature male.

We hope you found this article useful!

-Jamie

For those looking to purchase from Jamie’s Tarantulas:

If the gender of the specimen is known it will be included in the title.

If the gender is unknown no gender will be stated and the specimen will be sold as “un-sexed”.

Those tarantulas are sold as “unsexed” because we are unable to determine, or even guess their gender at this time.

We do not attempt to “pick out” females or males from the “unsexed” specimens.

Your chance of getting a male/female is roughly 50/50 with an “unsexed” specimen.

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Arboreal Spiderling Kit Set-Up: C. versicolor Part II

This is an update to Part I. Click here to read: Arboreal Spiderling Enclosure Set-Up: C. versicolor Part I.

Update at 1 week:

I was gone for the weekend and we were expecting cooler, rainy weather. Not so! Blueberry dried out more than I would have liked. If anyone wants to know if their enclosure is way too dry for a C. versicolor, this is a good example.

Blueberry is thirsty enough to come down onto the substrate in search of water.

It is important to let the enclosure dry out every so often to help prevent mold and mildew however, if left like this much longer it could cause a problem…

…so let’s give it a little mist!

…but don’t mist with a heavy hand! Too much moisture can be just as problematic as too little.

Update at 10 days: 

Notice the enclosure is already quire dry again after 2 days? Keep in mind you’ll likely have to mist more often if the air surrounding the enclosure is warm and dry vs. cooler, more humid conditions.

Given some time to settle and hydrate today Blueberry is hangin’ out the front door in what we refer to as the “I’m hungry pose”

So let’s feed Blueberry!

With my Arboreal Spieling and Arboreal Juvenile enclosure kits I will do one of two things. If I don’t have time to watch them eat I might put a roach or two on the substrate. If I have a minute or two I feed using the Upside-Down Method. 

The first step is to carefully remove the enclosure lid containing the little arboreal tarantula. Like so:

The tarantula will likely be unsettled when the enclosure is moved. If possible, let the enclosure rest for a few minutes before offering food. This way the tarantula will have a little time to relax after it’s been moved and flipped over.

Then add one single appropriate-sized roach and wait:

…Got it!

Carefully flip it rightsize up. If you’re gentle enough it won’t disturb the tarantula too much. Although the photo is out of focus we can still see this is one happy C. versicolor!

Update 12 days:

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Arboreal Spiderling Kit Set-Up: C. versicolor Part I

For this tutorial we’re going to build an Arboreal Spiderling Enclosure Kit for a baby C. versicolor (Martinique Pink Toe) spiderling.

We will be using hot glue gun to assemble the furnishings. Be sure to get your gun warmed up before you start!

The Arboreal Spiderling Enclosure Kit is recommended for arboreal (tree-dwelling) spiderlings 2″ leg-span and under.

The enclosure kit will come wrapped so it’s not damaged or doesn’t come apart in transit (first photo) after unwrapping the enclosure (second photo) you’ll have five parts:

-Cork bark

-Artificial plant

-Cocofiber substrate

-Decorative moss

– 4″ x 2.25″ x 2.25″ Enclosure with 1″ vent

As we typically maintain our small spiderlings to drink “dew” from the enclosure walls our spiderling kits do not contain a water bowl.

While traditional enclosures typically open in a location that interferes with the arboreal species webs, the Jamie’s Tarantulas Arboreal Spiderling Kit is designed for the comfort and ease of both owner and their tree-dwelling pet.

One of the enclosures many features is it opens from the bottom to avoid damaging the webs/home of the arboreal who likes to build up high.

Before I assemble everything I like to get an idea of where the furnishings are going to go. I want the spiderling to have lots of things to attach it’s web to near the top of the enclosure. I also want it to have easy access to the bottom if the enclosure in case it wants to climb down.

Here I’m sizing up the cork bark in the enclosure, trying to get an idea of how to arrange everything.

Ok, looks good.

Let’s add some plants and moss. First a little hot glue where we want everything anchored:

Take the plant stem and carefully put the base in the hot glue puddle. I like to hold the plant by the leaves as to keep my fingers as far from the hot glue as possible. Note: the artificial plant stem may need to be broken down further before assembly.

Now cover the hot glue spot and stem base with a wad of moss.

This part can be a little tricky without practice. I recommend to balling up the moss and make sure there is always a safe amount of space between your fingers and the hot glue.

Once the glue was cooled down you can remove the strands of moss that didn’t get caught in the glue. I very, very gently tug and if it comes free on it’s own I will remove it strand by strand. Also, remove all glue gun residue/strings that might bother the tarantula.

Here is what we have so far. Now for some more glue…

More plants and moss…

Thin the moss, if needed (gently!) and remove any excess hot glue residue

Test fit your cork bark one last time, just to be sure that’s where you want it. Take note where the cork comes in contact with the enclosure. Put a one or two pea-sized hot glue spots on the contact points and press and hold where you want the bark to adhere.

Looks nice!

Make sure the glue is completely cool before adding your tarantula.

Also, we recommend a light mist so the tarantula has an opportunity to drink.

The little guy or gal is likely stressed as can typically be expected when rehoming any tarantula.

Think about it from the slings perspective. This tiny, blue fur-ball can’t find the trail back home. It’s terrified, lost and exposed in a totally unfamiliar and likely dangerous place.

The sling needs some quiet time to settle in before any feeders are offered. We’ll wait about 4 days before trying to feed this C. versicolor.

We’ll check back soon to see how “Blueberry” is doing!

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Welcome to our new blog!

Although it’s long overdo we are proud to introduce our new information site & blog.

May 4th 2020  PLEASE BE PATIENT! IT WILL TAKE SOME TIME TO MOVE & ADD NEW POSTS

The purpose of this part of the website is to share what I have learned in many years of keeping, rearing, breeding and just plain geeking-out over tarantulas. We will focus on a variety of topics including tarantula basics such as IS A TARANTULA RIGHT FOR ME?, HANDLING, HOW TO MEASURE, HOW TO DETERMINE GENDER as well as FEEDING & WATERING, CARE & MAINTENANCE, ENCLOSURE ASSEMBLY, HOW TO ORDER A TARANTULA ONLINE, SAFE UNPACKING & REHOUSING, CREATING & MAINTAINING A FEEDER COLONY and more!

I will focus on creating the majority of the articles and videos for beginning and intermediate keepers however, I will also include content for those interested in more advanced, specific or unusual tarantula topics such such as INDIVIDUAL SPECIES CARE SHEETS, COMMUNALS, LIVE PLANTED ENCLOSURES, HOW TO SHIP A TARANTULA, WOES OF A RUNNING TARANTULA BUSINESS, BREEDING, INCUBATING & REARING YOUNG SLINGS, etc.

Some of the articles might be recognizable as updates brought over from my old blog although the vast majority of what’s going to be included here will be new content for 2020.