So, as the sons of Birmingham males coming to an age of adulthood, i think its time that they have a thread for themselves for posting about them. 

Theres currently 3 males that are reaching adulthood, Nkuhuma, Torchwood and Styx young males:

Nkuhuma young male:




He is few months short of 4 yrs old, he is the oldest of the 3, other 2 are few months younger. 

Torchwood young male:




Styx young male:




All 3 males are alone, without coalition partners atm, while Styx and Torchwood males are still with their natal prides (no dominant males to oust them), Nkuhuma male wasn't that lucky, he is living tough nomadic life for almost a year now (ousted by N. Avocas). It will be interesting to see what the future holds for this 3 males.

Besides them, theres multiple subadult male sons (correct number still unknown, but a lot of them) in Kambula pride, and their future seems bright with protection from theirs strong fathers and mothers:

Giganotosaurus roseae was a giant carcharodontosaurid theropod from the early Late Cretaceous (late Cenomanian to early Turonian stage) of what is now Argentina. 
Just like some of its more famous relatives, G. roseae was one of the largest known theropods, with known specimens indicating an animal substantially heavier than Tyrannosaurus rex and very similar in size to the closely related Giganotosaurus carolinii. This species is commonly considered to be its own genus (Mapusaurus), but because this generic separation is based almost entirely on elements that the G. carolinii holotype does not preserve (making a proper judgement on almost all proposed differentiation between the 2 impossible), with the only differences noted in overlapping material being a less pneumatic quadrate and differently rugose nasals in G. roseae, Mapusaurus being a valid genus remains highly improbable unless a specimen of G. carolinii is discovered proving G. roseae to be generically distinct.
Coria and Currie (2006) note the majority of possible adult specimens known are comparable in size to the G. carolinii holotype MUCPv-Ch1 (suggesting these G. roseae individuals were around 12.4 meters in length and 8320 kg), although not with the same exact proportions, having taller and wider neural spines, a more elongate fibula (101 centimetres compared to 98.5 centimetres) but more slender (81-89% the width as in MUCPv-Ch1) and with a differently proportioned skull that was deeper relative to its length. 
Considering this, a fragmentary maxilla is coherent with the size of the MUCPv-Ch1-sized individual (MCF-PVPH-108.169). A neural arch from an axis (MCF-PVPH-108.83) and a scapular blade fragment are also the same exact size as the same elements in MUCPv-Ch1.
Moreover (contrary to popular belief), these aren't the largest remains from the bonebed - a pubic shaft (MCF-PVPH-108.145) 10% larger than that of MUCPv-Ch1 suggests a maximum size of 13.6-13.7 meters long and 11100 kg. Some tibiae (MCF-PVPH-108.68-73) also suggest very large sizes of roughly 12.7-13.2 meters long and 8950-9880 kg.
The remains of G. roseae were discovered in a bone bed containing at least seven individuals of various growth stages. Since the bonebed's discovery and first report in 1997, researchers have speculated that this may represent gigantic theropods practicing pack-life (similar to modern carnivores like wolves and lions) and may provide clues about the behavior of this species. 
Paleontologist Rodolfo Coria, contrary to his published article, repeated in a press-conference the aforementioned earlier suggestions that this congregation of fossil bones may indicate that G. roseae hunted in groups and worked together to take down large prey, like the gigantic sauropod Argentinosaurus. If so, this would be the first substantive evidence of gregarious behavior by large theropods other than tyrannosaurids and Allosaurus, although whether they might have hunted in organized packs (as wolves do) or simply attacked in a mob, is unknown.

I have seen good viral videos on social media platform like facebook, twitter, instagram etc..

Post, those videos in this thread linking to original source, giving proper credit.

I will start with this awesome videos, were a fox tried to steal the food of an eagle but ends up bitter.

Click to play

Carcharodontosaurus is a genus of carnivorous carcharodontosaurid dinosaur that existed during the Cenomanian stage of the mid-Cretaceous period. It is currently known to have been among the largest theropods found, with known specimens significantly larger than Tyrannosaurus rex and on par with or approaching the estimated body mass for Giganotosaurus and Spinosaurus. 
The genus Carcharodontosaurus is named after the shark genus Carcharodon. itself composed of the Greek karchar[os] ( meaning "jagged" or "sharp") and odōn ("teeth"), and the suffix -saurus ("lizard"). Carcharodontosaurus includes some of the longest and heaviest known carnivorous dinosaurs, with various scientists proposing length estimates for the species. Based on relatives such as Giganotosaurus, the neotype of Carcharodontosaurus (SGM-DIN 1) would have been roughly 13-13.7 meters long and 9000-9800 kg. But this specimen was only a subadult, so adults would have been even larger.
Carcharodontosaurus were carnivores, with enormous jaws and sharp, serrated teeth (just like those of sharks, hence the same) up to 20 cm long. A skull length of over 1.6 meters has been restored for C. saharicus. In 2001, Hans C. E. Larsson published a description of the inner ear and endocranium of Carcharodontosaurus saharicus. Starting from the portion of the brain closest to the tip of the animal's snout is the forebrain, which is followed by the midbrain. The midbrain is angled downwards at a 45-degree angle and towards the rear of the animal. This is followed by the hindbrain, which is roughly parallel to the forebrain and forms a roughly 40-degree angle with the midbrain. 
Overall, the brain of C. saharicus would have been similar to that of a related dinosaur, Allosaurus fragilis. Larsson found that the ratio of the cerebrum to the volume of the brain overall in Carcharodontosaurus was typical for a reptile. Carcharodontosaurus also had a large optic nerve.

Giganotosaurus is a species of allosauroid theropod dinosaur that lived in what is now Argentina during the early Cenomanian age of the Cretaceous period, approximately 98 to 97 million years ago. The holotype specimen was discovered in the Candeleros Formation of Patagonia in 1993, and is almost 70% complete. The animal was named Giganotosaurus carolinii in 1995; the genus name translates as "giant southern lizard" and the specific name honours the discoverer, Rubén D. Carolini. A dentary bone, a tooth and some tracks, discovered before the holotype, were later assigned to this animal. The genus attracted much interest and became part of a scientific debate about the maximum sizes of theropod dinosaurs.
Giganotosaurus was one of the largest known terrestrial carnivores ever. The most complete specimen and also the holotype, MUCPv-Ch1, is thought to be 12.4 meters in length and weigh more than 8320 kg. The referred dentary MUCPv-95 that appears to have been an animal 10% larger has been used to extrapolate a length of 13.6-13.7 meters and a weight of more than 11100 kg, the average size of the 2 specimens being about 13.1 meters in length and more than 9700 kg in weight. Some researchers have found the animal to be larger than Tyrannosaurus. 
The skull was very deep, with rugose (rough and wrinkled) nasal bones and a ridge-like crest on the lacrimal bone in front of the eye. The front of the lower jaw was flattened, and had a downwards projecting process (or "chin") at the tip. The teeth were compressed sideways and had serrations. The neck was strong and the neural spines tall.
Part of the family of theropods known as the Carcharodontosauridae, Giganotosaurus is one of the most completely known members of the group, which includes other very large theropods, such as the closely related Carcharodontosaurus and sister species Giganotosaurus roseae. Giganotosaurus is thought to have been homeothermic (a type of "warm-bloodedness"), with a metabolic rate between that of a mammal and a reptile, which would have enabled fast growth. It may have been relatively fast moving, with a calculated maximal running speed of 14 metres per second (50.4 km/h). It would have been capable of closing its jaws quickly, capturing and bringing down prey by delivering powerful bites. The "chin" may have helped in resisting stress when a bite was delivered against prey. Giganotosaurus is thought to have been the top predator of its ecosystem, and it may have fed on herbivorous dinosaurs such as sauropods or ornithopods.

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In this thread I am going to share only accounts regarding the study,dynamics, lifestyle, cases of the least studied of the big cats and Animal Symbol of Brazil's Biodiversity with translations direct from the portuguese including rewild as well. I will post all Brazilian Jaguars populations Amazon, Cerrado, Pantanal, Caatinga and Atlantic Forest, unfortunately Pampa's jaguars population from the Pampa Biome in South Brazil are no longer among us.

And despite dynamics,lifestyle,behaviours included also any case, story, and even urban reports that occurs here in Brazil regarding jags I will be sharing here too and make sure to post it here as well in case you guys find any accounts in these regards.

So I will start off with Onçafari account, study and events of 2013, the Document is 100% in portuguese so I will translate them and put here and now that I already know how to download photos to post it'll be much easier.


onçafari


Biome: Pantanal ( Southern Section )
Year: 2013
Location: Caiman Ecologic Refuge ( Instituto Ecológico Caiman )


TERRITORIES AND STANDARDS OF MOVEMENT.

 In order to discover territorial information about jaguars, a very controversial subject among other projects, the Onçafari's team counted with essential tools: photographic trapping and information generated by the radio-collar. Through the photographic trap, it was possible to obtain generic but valuable information about the places that jaguars frequent or patrol. After screening the results and identifying the registered individuals, it is possible to get an idea of which sites are most frequented by such individuals. Another fundamental tool to find out a little more about territories and patterns of jaguar movements is the use of the radio-collar with GPS system, which provides in a clear and objective way the location of the equipped individual. In this way, it is possible to obtain illustrated data regarding their location, route, and even copulation, feeding and reproduction behaviors. The map below illustrates part of the jaguar's living area called "Esperança". There were suspicions that this female was pregnant. After the months of confirmed gestation, it was discovered through the GPS points emitted by her radio-collar that she had chosen a place to generate a litter of three healthy young. Also due to this information, the project was probably able to carry out the first registration of a cub shelter which was not a captivity situation.  

Approximately every month Esperança carried out small migrations of shelters. Theories based on studies with African leopards say that female cats act in this way to disperse the odors of cubs and avoid possible infanticles caused by adult males of the same species. It is believed that the same can occur with jaguars in Brazil. Esperança was last seen in November. She was not in the company of her 3 cubs but shared a carcass with her eldest daughter Natureza. We believe that this mother did not want to risk exposing her young to this situation because when she finished eating she soon left. About half an hour later in the same place a very big male ( Xavier ) met with Esperança and performed copulation behaviours. If Esperança was with her cubs, Xavier would probably be a great threat to their lives. 

Amazing sightings of the mighty Xavier male on a kill.







Red Circles bellow are corresponding spots to shelters of Esperança's cubs.







The map below illustrates the proximity of four jaguars monitored by radio-collar, and gives us a good understanding of their areas of occupation, as well as some interactions.      
When analyzing the male ( Brutus ) dots, one notices that his territory is much larger when compared to the females as well as his area of occupation on the farm is not so significant since he spends most of his time outside the premises of the Caiman Ecological Refuge visiting this region sporadically. It is also clear the relationship of tolerance that female jaguars ( Natureza and Troncha ) have between them. Although they have no apparent degree of kinship, overlapping points of them are not uncommon making us question old concepts about the intra-specific relations that occur in jaguars of free life. 

Here you can see Brutus male and the other 3 female's movements Natureza,Troncha,Teorema on the map.





Highlighting the importance of the use of radio-collars it can be said that we understand more easily even behavioral issues concerning the copulation of jaguars. As can be seen in the map below overlapping dots of Brutus and Teorema female indicate copulation behaviors verified through the discovery of traces (footprints) left by them. It is known that, even taking care of a seven-month-old cub, Teorema copulates with Brutus with a certain frequency. It is not known for certain why this occurs. Some theories suggest that females with cubs "seduce" the males to make them believe that their offspring has the same genetic load as that male's, meaning that he is the father of the offspring. Others suggest that she diverts the male's route, walking with him in the opposite direction of what the litter is housed, so that he does not perceive the cub(s). Both ways would be resources to increase the survival of her offspring.  







Movements patterns suggesting mating between Brutus male and Teorema female.





Camera Traps

During the whole year of 2013, the Onçafari team was able to count on approximately 18 camera traps which were installed in trail points, shelters, carcasses and even trees frequented by jaguars. Between the months of January and December, 130 different points were explored by photographic trapping.  These points correspond to places where jaguars pass through trails and winters, and are also installed in front of carcasses. The results obtained with the use of this equipment ensure the identification of individuals, and provide subsidies for the team to form a better opinion about the places that these animals frequent most.  There were 102 carcasses monitored by photographic traps of which 125 jaguar records were obtained. The number of jags greater than the number of carcasses monitored is due to the fact that often more than one jag feeds on the same carcass, either together (at the same time) or separately (at different times).  

Register of Jaguars on Carcass.

Filhotes Esp. = Esperança's cubs

Não retornou = Didn't return



 



We also obtained 80 records of jaguars walking on trails they normally use for their daily commute and patrols. Some jaguars appeared more frequently and others more sporadically.   

Individual Register of Jaguars on trails.

Não ID = No identified
Fêmea 06 = female 06











Arboreal habits

Little is known on the general ecology of jaguars. Datas described in the wild are so scarce that even verbal information provided by hunters is taken into account. On the daily basis of field researchers the Onçafari Project has been discovering habits never so far described by scientists. 
 
An example of data rarely described has occurred with certain frequency in the REC: the habit of climbing certain trees and staying high for a certain period. It is not known for sure the reason for this behavior but it is believed that as time goes by and the number of records increases new theories will be created and disseminated.









Solitary habits  


 Although most scientific materials published by renowned authors and experts state that the jaguar is a feline of solitary habits, it has been found that there are exceptions. In February the project team recorded a completely unusual situation never published before: four jaguar individuals all females interacting with each other. This was a situation where there was a cattle carcass and it was believed that the cats disputed dominance at the time of feeding that is who had the right to feed themselves first. The jaguars involved were two mothers (Esperança and Chuva) and their respective daughters (Natureza and Garoa) who did not feel threatened by the presence of the vehicle looking very little at it. At the end of the sighting Esperança followed one direction and Chuva another. Their daughters went out walking together without their mothers presence which was not expected since their degree of kinship is unknown.   


Register of 4 jaguars sharing the same carcass.





Degree of kinship and intra-specific relations

Through information generated during sightings, records recorded in photographic traps and data provided by the satellite, it could be concluded that although they are considered solitary animals they spend some time with other individuals of the same species. In ANEXO 2 the tolerance and/or relationship and kinship situations of some of the known jaguars of the Onçafari Project can be observed individually.  



Relationship with Pumas

Studies and published bibliographies expose the idea that jaguars (Panthera onca) and pumas (Puma concolor) are natural enemies avoiding sharing the same space.  This year we had some sporadic events that prove that this degree of intolerance is not so intense.    In February, the team sighted a female puma and its young inside a winter only 1.2 km away from four female jaguars. In April a photo trap installed on the top of a tree (morcegueiro) also recorded a female puma and its young. Both appeared a few days after the same camera recorded the presence of two jaguars marking the tree with urine. In theory if the puma smelled the urine of a jaguar in one place it would avoid the same and would not run the risk of bringing its cub with it. In September during a sighting of the jaguar theorem feeding on a bovine carcass the presence of a puma in another carcass of the same species was noticed. Both were only 115 meters apart.  

Puma with carcass and in the Morcegueiro tree with cub.





Jaguars Burrow

An unprecedented and until then never published fact was the discovery of the birthplace of 3 jaguar cubs. It was known that Esperança was pregnant and the birth of the cubs was already an expected fact but what we did not imagine was that in fact we would know the shelter of this new family, erroneously known as the burrow. It is an area that is difficult to access due to the high rate of caraguatá and some external roots of large trees provide shade and protect the still defenseless litter from possible attacks by predators. To make the new discovery the team was fragmented into two teams, one remaining with Esperança female while relaxing in an open area away from the cubs and the other visiting the burrow ensuring beautiful records as well as the installation of a photographic trap in order to record the behavior of mother and cubs.


Three jaguar cubs in the ''burrow''.

 



Behavior

Little is known about the behavior of jaguars in the wild.  The most described behaviors were performed in captivity and they cannot be applied to free life since confined the animals sketch reactions and perform behaviors completely different from those they would perform in the wild.  Each sighting provides the team with the knowledge and compilation of a range of behaviors which are carefully recorded (taking care not to tend to anthropomorphism) which will later be transformed into behavioral spreadsheets and etograms, documents these unknown and never published in the scientific environment.   


Yvo male in one of his sightings






Habituation

During the year some sighting rates grew while others remained very low.  The graph below shows the exact number that represents the number of times the jags listed were sighted.  It can be stated that the most sighted jags (Esperança, Natureza and Teorema) correspond to the jags with the highest degree of habituation.    
Numbers referring to the "cubs of Esperança" and "Nusa" will have a natural tendency to increase over time, a fact justified by being together with their mothers who accept the presence of the vehicle and team.  In this same year, there were great achievements regarding the habituation process since extremely shy and suspicious jags started to trust the vehicles and team of the project more, showing their puppies that this team does not represent any threat to their lives.  This fact occurred with Esperança and Natureza the latter being one of the most accustomed individuals of Caiman Ecological Refuge. It also occurred with Teorema she's an extremely reserved jag and initially with no area of life known by the researchers. Due to the placing of her necklace the team could know where she was and proceed with the slow work of habituation. Nowadays this female not only accepts the team very well allowing long sightings but also taught her seven-month-old daughter not to fear the vehicle. The habituation process is slow but extremely compensatory making us know the personality of each individual as well as the next generations.  

Yvo male in one of his sightings by Onçafari project.





Monitoring the Cub's Growth

Accompaniment The Project performs a fundamental work to improve the habituation techniques and make the process a little easier to execute: the habituation of females accompanied by cubs. At the beginning of the year the team was able to follow the transition of the cubs' lives by following their mother's last steps, before the subadult life: Esperança (mother) and Natureza  (daughter); Chuva (mother) and Garoa (daughter); and Teorema (mother) and Pitágoras  (son). We obtained excellent results that only prove the theory that females pass the teachings to their cubs, and that if the mother trusts and allows the approach of the team executing the project, her cub will also do so. This fact occurred with the females Natureza and Garoa individuals who accepted well the habituation process when accompanied by their respective mothers, and who after the transition to the subadult life continued with the memory that the vehicle presents no threat to their lives. Different result occurred with Pitágoras who was not accustomed because of his male gender and the high probability of it leaving the farm when it reached maturity. In fact the expected occurred and since it became independent, was never seen by members of the Onçafari Project in the dependencies of Refúgio Ecológico Caiman. If the team would insistently get used to this male, when he left the REC, he would possibly show more tolerance to the vehicles from neighboring farms, which could take advantage of this situation in an unscrupulous and illegal way. In the months of April and May, two ounces monitored with radio collars had offspring:  Teorema had one cub and Esperança had three. The work of habituation remained constant, despite the difficulties faced in viewing females with newborn cubs, due to their hurried pace in returning to the shelter, as well as the slight mistrust, natural and expected behavior. The work with the cubs is intense and we have already harvested fruit with these younger cubs. In the month of December, the puppy of Teorema rested about two hours away from the vehicle, only 05 meters away, without appearing suspicious or insecure during the approach.    


Esperança's cubs breastfeeding in a sighting and feeding on carcass.






Nusa the youngest daughter of Teorema female in a sighting.






Predations

In 2013, the Onçafari Project also began to study some cattle predations by jaguars.    These predations identified certain ways of killing and even the pattern of intake of each prey by jaguars. When analyzing the movement pattern of these jaguars, it can be observed that the slaughter of cattle is not linked to management, i.e., the jaguars of Fazenda Caiman do not follow the cattle. They only slaughter and feed themselves when they are traversing their own territory.  When they slaughter, they return for several days, on average three days, even feeding on meat in the process of putrefaction. Another important point observed in 2013 is that jaguars tend to slaughter weak and sick animals.  Many of the records were of animals that were strayed from the herd by some problem, as well as limb injuries, verminose, malnutrition, adverse reactions to vaccines and even distension of the digestive tract.


calves affected by wounds and malnutrition



  

The size of the cattle slaughtered by the jaguars was also an important consideration for the project team in 2013. The registered slaughter cattle weigh on average 140kg. jaguars rarely  slaughter animals over 300 kg and/or over 24 months old. In the months of April to December, 118 cattle deaths from jaguar attacks were recorded by the technical team of the Onçafari Project in the winters analyzed. It is worth noting that this number does not include the registration of opportunistic jaguars, that took advantage of calves already dead from disease and/or bleeding by cattlemen. 


Location of the carcass

The biologists of the project locate the carcasses using some resources, such as: observation of carrion birds like vulture and carcass; agglomeration of GPS points of the collars installed in the jaguars; vehicle rounds in the winters where there are cattle of the standard slaughter size of the jaguars; tracking through footprints and the communication of pedestrians with the technical team of the project.  


GPS points and black headed vultures indicating cattle slaughter.




Slaughter analysis

The way the jaguar slaughtered the cattle is recorded and analyzed in detail so we can define the main forms of slaughter such as asphyxia, fracture at the base of the skull and neck twisting caused by the animal falling to the ground. Using careful analysis it is possible in certain cases even to define the individual who performed the slaughter. Certain cases are reported by the shape of the bite. Example: the absence of the upper left canine mark of the ounce of Esperança. 


Calf slaughtered with a bite to the base of skull and consumed part analysis.


  


Camera trap

A photographic trap is installed next to the carcass that registers any animal that comes to feed on it. Often the jaguars are identified through this record and we can also elucidate the time of ingestion.


Camera trap installation on carcass.






Thus, the project can define what time a jaguar usually feeds itself taking into account weather conditions and a certain time of the year.  


Yara female and Yvo male registered by camera traps on the carcass.

Quote:

Wolf with long sharp face, elevated brows, broad head, large pointed ears, thick woolly pilage, and very full brush of medial length. Above, dull earthy-brown; below, with the entire face and limbs yellowish-white. No marks on the limbs. Tail concolorous with the body, that is brownish above and yellowish below, and no dark tip.

Length 45 in (110 cm).

Height 30 in (76 cm).

This animal is found all over Tibet.

I have been wondering about the strength the musth elephants possess in relation to that of normal elephant. I have read testosterone levels in this state of elephants are around 60 times more than normal dose in normal stage in these elephants. With this excess testosterone how many folds does the elephant strength increase? Does anyone have information, please share.

Since ''Modern weight and measurements of wild Pumas'' thread is merged into this one I will post Some Pumas weights here.


Many of these are from cases where Pumas are found in urban areas and in people's houses here in Brazil.



60kg adult male https://noticias.r7.com/sao-paulo/onca-e-resgatada-apos-ficar-presa-em-armadilha-em-campinas-sp-02032020

*This image is copyright of its original author

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60kg male  https://www.oeco.org.br/reportagens/onca-parda-passa-24h-acuada-em-area-urbana-e-captura-vira-espetaculo/

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41kg male around 3 years old https://fotografia.folha.uol.com.br/galerias/1606245277565217-onca-parda-capturada-em-cascavel-pr

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45kg female with 3 years old found in the laundry.

*This image is copyright of its original author

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59kg adult male  http://folhadeibitinga.com.br/materia/6907/ibitinga-projeto-de-monitoramento-devolve-onca-parda-a-natureza

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40kg young male  https://diarionline.com.br/?s=noticia&id=957

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70kg adult male  https://www.bonde.com.br/bondenews/parana/onca-parda-e-capturada-na-area-urbana-de-apucarana-375310.html

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 female of around 20kg  http://www.portalovale.com.br/mobile/lermateria.asp?i=41398%22

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Young male 41kg and almost 2 meters length  https://www.jcnet.com.br/noticias/regional/2019/08/557564-onca-parda-capturada-em-lins-e-devolvida-a-natureza.html

*This image is copyright of its original author

*This image is copyright of its original author

*This image is copyright of its original author

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59kg adult male named ''Guru'' around 4 years old unfortunately got ran over by vehicle and thankfully went through surgery and he is fine.

https://www.itapiranews.com.br/onca-atropelada-passa-por-cirurgia-em-itapira/

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Male cub 35.4kg https://paulinia24horasnoticia.com/2020/03/31/onca-parda-e-resgatada-pelo-corpo-de-bombeiros-em-chacara-do-parque-da-represa/

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45kg aduld female around 3 years old  http://www.obemdito.com.br/regiao/suspeita-de-nova-onca-perambulando-mobiliza-pm-em-xambre/21070/

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41kg male around 3 years old  http://www.renctas.org.br/onca-parda-monitorada-em-itapira-sp-e-capturada-pela-2a-vez-em-galinheiro/

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53kg Adult male unfortunately got ran over and is thankfully under medication care  https://www.terra.com.br/noticias/brasil/cidades/onca-parda-e-atropelada-em-rodovia-do-interior-de-sp,85077305975a6410VgnVCM3000009af154d0RCRD.html

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55kg male around 3 to 4 years old captured by the firemen   http://noticiadelimeira.com.br/2020/04/09/onca-e-capturada-pelo-corpo-de-bombeiros-apos-aparecer-em-propriedade-rural-em-limeira/

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40kg young male  http://procarnivoros.org.br/onca-parda-capturada-em-monte-aprazivel-e-devolvida-a-natureza/

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Extremely rare Caatinga female 30kg and the first Puma to be ever monitored in Caatinga. she was named Vitória.

''When Vitória was captured and examined for the first time by the team of biologist Cláudia B. Campos, in March 2017 she weighed 30 kg and measured 1.55m in length with her tail, she had the common size of a female puma (Puma concolor) from Caatinga which is smaller than females of other biomes. Her age was estimated at 6 years old, quite young for an animal with the potential to live until 20 years. Her breasts indicated that she had already had cubs, but she was not lactating. '' https://www.oeco.org.br/reportagens/vida-e-morte-da-primeira-onca-monitorada-na-caatinga/