Street Cats Photography Competition Winners

We are delighted to announce the 12 winning images of the 2017 iCatCare ‘Street Cats’ photography competition – launched to raise awareness of the plight of street cats!

Over the past five years our annual photography competitions have collectively attracted over 10,000 entries from across the globe. This year over 2,100 images from photographers in 56 different countries were sent in.

The judging panel, which included iCatCare’s Chief Executive Claire Bessant, who has judged the charity’s photography competitions over the past five years, were overwhelmed by the standard of the images submitted and by their accompanying stories.

A behind the scenes look at the judging

Eve Davies, who ran this year’s ‘Street Cats’ photography competition and last year’s ‘Cat Naps’ photography competition, said ‘Though picking the winners is always hard, it’s a testament to the high quality of the entries we receive. It can be a difficult job but it’s hugely rewarding because of all the wonderful photographs that we find for our annual charity calendar which is sold to raise funds for our welfare work.’

Congratulations go to Jonas Chan, Mei Catherall, Chi Keung Wong, Rachel Hunter, Catan Ngan, Seyed Mohammad Fallah Firouzkouhi, Christine Lam Ying Loi, Igor Taranenko, Tulyawat Mahawong and Heiko Damme – our winners!

All twelve winners will each receive a certificate, copies of the 2018 calendar their image will feature in and a selection of iCatCare merchandise. Winners will also be invited to attend iCatCare’s Annual Awards Event in London, UK, on 14 July 2017, where the overall winner, who will receive £500 in prize money and whose image will grace the front cover of the calendar will be announced.

As there were so many amazing entries submitted, we have opened a public vote for a 13th winner to be chosen, whose image will feature alongside the dates for 2019 at the end of the ‘Street Cats’ calendar. Voting is now open and will run until 16th June. To vote for your favourite image visit:

Over the coming weeks we will be sharing with you the stories behind the winning images! In the meantime click here to view all of the winning photographs.

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iCatCare Talks Science: Shelving as environmental enrichment for indoor cats?

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All cats require environmental enrichment to keep them mentally and physically stimulated. This is particularly true for those housed exclusively or mainly indoors due to their reduced opportunities for exercise and increased risk of boredom. Environmental enrichment refers to the addition of factors into the environment that improve the physical and/or psychological welfare of an animal (for more information on environmental enrichment, see the AAFP and ISFM feline environmental needs guidelines. These factors can be as simple as added additional bedding or as complex as cognitively-challenging food puzzles. Enrichment has been shown through scientific studies to reduce stress and abnormal behaviour in a range of species such as dogs, rabbits, rats and baboons, as well as cats.

One type of environmental enrichment for cats is the provision of vertical space. Climbing and using vantage points off the ground to survey their environment are natural behaviours for the territorial domestic cat. Therefore, raised areas allow cats to express these natural behaviours, give cats increased opportunity for seclusion, and are considered to provide cats with a sense of environmental control (eg, enabling them to avoid stressors in their environment). For cats in multi-cat environments, vertical space may also help cats cope with and alleviate any social stress, by allowing cats to separate themselves from each other.

However, something introduced into an animal’s environment, even if it is hypothesised to be beneficial, can only be classed as enrichment if it provides positive consequences (for example allowing an animal to express natural behaviours) and if it improves the welfare of the animal. As such, enrichment items should be tested to assess whether they produce these effects.

A research group from the WALTHAM® Centre for Pet Nutrition in the UK set about to find out whether the provision of vertical space in the form of a ‘screen’ with shelving could be classed as enrichment for their indoor-housed cat colonies, by increasing the cats’ opportunities to climb and get up high, as well as decreasing agonistic behaviours by allowing cats to separate themselves.

Who participated in the study?

The study involved 29 neutered domestic short-haired cats: 16 males and 13 females, housed in four mixed-sex social groups. Each group occupied rooms of equal size (37 square metres).

How was the study carried out?

The cats’ behaviour and space utilisation of the area was recorded for two days before the enrichment object was added.

The enrichment object was then added, in the ‘test phase’. It consisted of a shelving unit with two vertical columns of eight horizontal shelves (hereafter referred to as the ‘screen’). Again, behaviour and space utilisation were measured, this time for four days.

Measurements were then taken for a further two days after the removal of the screen: the ‘removal phase’.

All observations were made from video footage collected from 8am to 4pm. There was only one enrichment object for the entire study, so each of the four rooms went through the eight-day long experiment in turn.

Space utilisation was measured by recording which area of the room the cat was in every 10 minutes, and whether the cat was on the ground or off the ground (on any piece of furniture except the screen), or on the screen (when it was present). Behaviour was measured using an ethogram (a catalogue of different kinds of behaviours including a description of each behaviour). All occurrences of agonistic (hostile) or affiliative (friendly) behaviours were recorded during 30 minute sessions immediately before and after the provision of food, which was provided in the morning and afternoon.

Photo not part of cat study test cats

What were the results?

All three phases (‘baseline’, ‘test’ and ‘removal’) were compared to determine the effects of adding and removing the screen on the cats’ behaviour.

Space utilisation

When the screen was introduced, the cats were approximately three times as likely to be off the ground compared to when there was no screen present – either before it was introduced or after it was taken away. A significantly larger proportion of cats were found to be spending time on the screen compared to existing shelving when they were off the ground.

Therefore, the results of this study suggest that the screen was a valuable resource to the cats and increased space utilisation by providing increased vertical space within a confined area. The screen was almost twice the height of the wall mounted shelves, suggesting that cats may have valued the screen more than the wall shelves because it was higher, providing a better vantage point. However, an alternative explanation for the increased time using the screen compared with existing shelving may relate to its novelty, which may have increased exploratory behaviour towards it. A further study providing the screen for longer periods of time would help identify the answer.

Affiliative and agonistic behaviours

There were significantly more agonistic interactions between the cats before the morning feed than there were after feeding, regardless of whether the screen was present or not. This suggests that the presence of the screen had no positive effect on reducing agonistic interactions between cats before the morning feed. As the researchers explain, this may have been because of the effective value of the food at morning feeding time, due to an overnight fast, leading to high levels of arousal and so potential tension and agonistic interactions between cats.

Significantly fewer agonistic behaviours were found to occur after the morning feed when the screen was present compared with the baseline and removal phases, suggesting that the screen did have a positive effect in reducing agonistic interactions once feeding had occurred. This could be because the screen provided cats with an increased opportunity to separate themselves from each other and to hide and retreat in response to a threatening situation, and thus avoid hostile interactions, whereas when anticipating food, cats are more likely to come together to the place they are expecting food to be delivered.

Agonistic events occurred significantly more before feeding in the removal phase than in either of the other phases. This suggests that an increase in agonistic behaviours could be related to the loss of a valued resource (the screen). The researchers suggest that this provides rational for providing permanent environmental enrichment, or rolling replacement of enrichment of objects with similar value to the cats.

Cats were found to engage in fewer affiliative (friendly) behaviours after the afternoon feed when the screen was present. This could be because the screen provided the cats with more choice for private resting and post-feeding behaviours such as self-grooming, which the cats may have chosen over interacting with others. However, the overall mean number of affiliative interactions was not significantly different between all three phases of the test, suggesting that affiliation still occurred but at different times when the screen was present.

Are the results reliable? 

There are some limitations to the study. First, observations were only made during the day. It would have been useful to record video footage to observe the cats overnight, as well as at dusk and dawn, when cats may be more active. This would give us a more accurate idea of their space utilisation and social interactions. However, it is good that video footage was collected to analyse rather than having people present to observe the cats directly, as the presence of people may have influenced the cats’ behaviour.

It would also have been more useful to observe the cats over a longer period rather than a four-day test period, in order to explore the effects of neophilia (interest in a new object). This would enable us to explore whether the preferential use of the screen over the existing shelves was purely because this was a new object, or because the cats truly preferred this object to the shelves, for example due to its height.

The ethogram used to measure behaviours in the study was not sufficiently detailed, meaning that one person observing the cats may interpret a cat’s behaviour differently to another observer, using the same ethogram. As an example, the behaviour ‘walk with cat’ was defined as ‘a cat travels side by side with another cat often with tails entwined’. The distance between two cats needed in order to categorise them as performing ‘walk with cat’ was not specified, which could lead to different interpretations of a cat’s behaviour (in fact, cats should be almost touching to be classified as performing this kind of social behaviour). There was further ambiguity in the ethogram in terms of some behaviours categorised as agonistic, which could also be observed in social play (in the form of play fighting), an affiliative interaction. These included ‘fight’ – ‘a cat engages in physical contact with another cat, attacking and rolling over’, as well as ‘pounce’, ‘raise paw’ and ‘chase’. The ambiguity in the ethogram reduces the ability for other researchers to reliably repeat this experiment using the same methodology.

Furthermore, the behaviours in the ethogram are treated as if they are equally agonistic or affiliative to each other; however, this is not the case. For example, fighting could be considered more agonistic than blocking a cat. Therefore, we are unable to gauge how agonistic the interactions between cats are in the different test phases, which would give us useful information on the cats’ welfare: a more agonistic interaction is likely to have a greater negative impact on a cat’s welfare than a milder agonistic interaction.

For more detailed, clear and accurate descriptions of cat behaviours, including photos and videos, see iCatCare’s free online resource, created in collaboration with the University of Lincoln and written by iCatCare’s Feline Behaviour Specialist Dr Sarah Ellis, ‘Cat Behaviour Described’.

The ethogram also refers to ‘submissive’ behaviour (‘submissive crouch’), and submissive and dominant behaviour are discussed elsewhere in the study. However, cats are not considered to form dominance hierarchies when living in groups. This is because they have evolved from a solitary ancestor, the North African wildcat (see for more information on the origins of cats). As such, they have not evolved the complex visual communication system necessary to signal dominance and submission, as is seen in highly social species such as the domestic dog, and their ancestor the wolf.

The choice of the enrichment item used for the study is questionable. The layout of the shelving in the shelving unit means that the high shelves are hard to access, and cats have to climb past other cats to access them, which may be stressful for cats that do not get on with each other. This type of enrichment would also not be suitable for young and old cats, because of its height and difficulty to climb. Adding a ladder may enable older and young cats to access the unit. The shelving unit could also be improved by adding a small barrier (‘lip’) around the top of the unit. Cats may be more likely to sit at the top if it is slightly enclosed, enabling them to look out over their surroundings whilst feeling safe and partially hidden (cats should be able to duck their heads behind the lip). Using different substrates such as bedding, carpet and cardboard on the different shelves may also make the shelving more attractive.

The actual difference in agonistic interactions, although statistically significant, was often very small, and the number of agonistic interactions themselves were also very small. For example, in the comparison between the mean number of agonistic events after the morning feed, the number of agonistic events per cat within a 30 minute time period varied from around 0.04 for the removal phase and 0.01 for the test phase. This highlights the difference between statistical significance – something that a statistical test deems to be a bigger difference than would be expected by chance – and a clinical difference – something that actually makes a difference to a cat’s welfare or health. A reduction from 0.04 to 0.01 agonistic interactions per cat per 30 minutes may have very little actual impact on the cats’ wellbeing.

Frequency measures (counting the number of times each behaviour occurred) were used to measure behaviour. However, for some of the behaviours it would be more useful to record the duration of that behaviour, which would provide more relevant information. For example, alloresting (resting alongside another cat) may only occur once during an observation period, but it may occur for a long period of time, which gives useful information on the relationship between the two cats.

All of these limitations call into question how confident we can be in the conclusions drawn from this study, and highlight why we need to take a critical look at such studies.

Photo of cat that wasn’t part of the study

What can we take from this?

Despite the limitations we have highlighted, this study has produced some useful findings. It provides evidence that supplying environmental enrichment in the form of vertical space leads to enhanced space utilisation, enabling cats to spread themselves out more in a restricted environment, and that the object was a valued resource to the cats (although this could be due to its novelty). Vertical space is important to cats, allowing them to express their natural behaviour of climbing up to high vantage points. The results suggest that the provision of vertical space enabled cats to remove themselves from each other and increase their welfare by reducing hostile interactions. Cat owners, especially those of indoor-only cats and cats in multi-cat households, should therefore consider getting their cats objects to provide vertical space, such as cat trees, shelving units and wall-mounted shelves, to improve their cats’ wellbeing.

The study also provides support for the provision of permanent enrichment structures, as removal of the enrichment resulted in some hostility, and so potentially reduced welfare, perhaps due to frustration. The authors suggested that rolling replacement of enrichment could be used instead of permanent enrichment. Rolling replacement is good for enrichment items such as toys and puzzle feeders, because these are ‘hunted’ by cats. Prey would be variable and in different locations for each hunt. Therefore, changing toys and puzzle feeders and putting them in different locations would mimic this, and introduce novelty in order to keep a cat’s interest in the enrichment high, promote exploratory behaviour and reduce boredom. However, cats would not expect big changes in their territory and prefer a stable, predictable environment. Therefore, moving large structural enrichment such as a shelving unit may cause a cat distress, and so these should remain as permanent features of the environment.

The study has highlighted that arousal may be high around feeding time in cats fed twice a day, leading to increased agonistic interactions. This finding has especially important implications for multi-cat households, and highlights the importance of a cat’s feeding regimen on their behaviour and welfare. Cats are naturally solitary hunters, just like their wild ancestor. Since they hunt alone, their prey are generally small in size, such as small rodents. The average mouse only contains about 30 kilocalories, meaning cats must hunt, kill and eat around ten mice a day in order to meet their daily energy and nutrient requirements. Therefore, cats have adapted to eat multiple small meals over the course of a 24-hour period; this includes eating during the night, when their nocturnal prey are active. Thus feeding cats just twice a day, and out of a bowl which requires no expression of hunting behaviours to acquire their food, may be causing frustration and boredom. In order to mimic the cat’s natural feeding habit of eating little and often, owners should divide their cats’ daily food ration into several portions (iCatCare recommends a minimum of five), which should be fed throughout the 24-hour period. Feeding during the night can be achieved by using puzzle feeders. Puzzle feeders are objects that hold food and must be manipulated in different ways to release this food. These can be filled and left for cats overnight, as well as during the day if the owner is away at work. Puzzle feeders also encourage mental and physical stimulation of cats during feeding, and allow them to express some of their natural hunting behaviour. For information on how puzzle feeders are beneficial to cats, and how you can make your own puzzle feeders, see iCatCare’s feeding plan. A very welcome side effect of feeding a cat overnight is that you are much less likely to get woken up early in the morning by a hungry cat!

The work of International Cat Care 

International Cat Care will continue to provide you with interpretations and summaries of the latest cat science studies – objectively critiqued and intelligently communicated to you by dedicated cat-loving feline scientists, professionals and veterinarians.

Reference for the study:

Desforges EJ, Moesta A and Farnworth MJ. Effect of a shelf-furnished screen on space utilisation and social behaviour of indoor group-housed cats (Felis silvestris catus). Appl Anim Behav Sci 2016; 178: 60–68.

About International Cat Care:
International Cat Care
International Cat Care works to create a world in which ‘all cats, owned and unowned, are treated with care, compassion and understanding’ International Cat Care is a charity with the vision of a world where all cats, owned and unowned, are treated with care, compassion, and understanding. We work closely with the veterinary profession through our veterinary division, the International Society of Feline Medicine. All our work is reliant on donations and legacies.

Founded in 1958, we are a respected authority on feline health and best practice, working with owners, vets and other professionals around the world.
Registered Charity – 1117342

Photo competition launched to raise awareness of street cat plight

Budding photographers are invited to enter ‘Street Cats’, International Cat Care’s fifth annual photography competition – running from 1 April until 15 May 2017.

The charity is searching for images of street cats (also thought of as stray cats, feral cats or community cats) which capture the character of these amazing cats surviving without owners and reflect the reality of a life on the streets, in order to inspire change and raise awareness of the plight of street cats.

Claire Bessant, Chief Executive of International Cat Care, said: “Life on the streets is tough for cats yet they are brilliant survivors. As well as risks from disease, road accidents and casual cruelty, they can also face threats from eradication programmes which may employ barbaric methods to reduce feral populations.”

“The population of unowned cats worldwide is huge, running to hundreds of millions, yet if street populations are managed humanely using methods such as trap, neuter and release (and owned cats are neutered to prevent the number of unwanted cats increasing), cats can live happily alongside people and their welfare maintained.”

A street cat sleeping in Hong Kong. Its ear has been clipped to show that it has been neutered or spayed as part of a Trap-Neuter-Release (TNR) programme (©iCatCare/Lam Ying Loi)

“And while a non-surgical method of population control is still not on the table, we are working with our international partners and using our knowledge and expertise to encourage the development of these technologies that could effectively control cat populations humanely and safely. Many people help street cats and enjoy their presence – by highlighting these amazing cats we recognise their value and their right to be treated with respect and compassion.”

Last year’s photography competition attracted over 3,400 entries from photographers in 51 different countries. Eve Davies, Digital Communications, said: “You don’t need to be a professional photographer or have fantastic equipment to enter. One of last year’s winners, Nic Howett, took his winning image using a mobile phone!”

Nic Howett’s winning image of Tati (©iCatCare/Nic Howett)

Twelve winning images from the Street Cats photography competition will be selected by the iCatCare judges to feature in the charity’s 2018 calendar (and other purchased materials) which will be sold to raise funds for the charity’s welfare work, with one of these being crowned the overall winner and gracing the front cover. All twelve winners will each receive a certificate, copies of the calendar and a selection of iCatCare merchandise. Winners will also be invited to attend iCatCare’s annual awards event in London, UK on 14 July 2017, where the overall winner, who will receive £500 in prize money will be announced.

To find out more and to enter the Street Cats photography competition, visit:

We can’t wait to see your photos! Good Luck!

If you have any questions regarding the competition click here to read the full terms and conditions, or you can ask in the comments or email

To make sure you don’t miss anything – including our favourite entries, the shortlist, details of the all important judging and finding out the winners – sign up to the iCatCare community here.

Are cats less stressed having a veterinary examination at home?

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Many owners find taking their cat to the vet a negative experience, often because of the stress experienced by the cat. As well as improving the overall welfare of the cat, reducing the stress experienced in a veterinary examination increases the accuracy of the examination findings; increases the likelihood of owners presenting their cats at the vets more often; and helps to maintain the owner–cat relationship. It has been suggested that veterinary examinations carried out at home are a less stressful alternative to taking the cat to the veterinary clinic, but there had been little data thus far to confirm this. In order to find out whether this is in fact the case, a group from the veterinary school in Saint Kitts and Nevis in the Caribbean carried out a study and published their findings in the journal Applied Animal Behaviour Science.

Who participated in the study?

Eighteen cats completed the study and of these seven were castrated males and 11 were spayed females. All of the cats in the study were domestic shorthairs and they ranged in age from 6 months to 8 years. Many of the cats came from feral colonies and this is something to consider when interpreting the results as these cats may differ to a typical pet cat.

How did the study take place?

All of the cats underwent two routine physical examinations using low stress handling techniques, one in the home environment and another at the veterinary clinic, with 7 days in between. The study was conducted using what is called a randomised crossover design – this means that half of the cats were randomly selected to be tested in the home environment first and the clinic setting second, and the other half were tested in the clinic setting first and the home environment second. This is good scientific practice as the overall differences in cat behaviour between the two locations are less likely to be affected by the second examination being influenced by the first. It is also good scientific practice that each cat is tested in both environments as it means we can be more confident that any differences in behaviour found were due to the different environments and not due to different cats.

The examinations were conducted at the same time of day for each cat, using the same methods, order of procedures, vet and technical support team in each location – again this is good scientific practice as it reduces the likelihood of the results being influenced by any of these factors in different ways for different cats, rather than the location.

In order to determine the cats’ level of stress, a mixture of physiological and behavioural measures were taken. Temperature, pulse, respiration, blood glucose, blood pressure and cortisol, which is a hormone that is released in response to stress, were some of the measures taken by the vet. The examinations were also videoed and from this behavioural measures such as escape attempts and hiding were recorded, as well as ear positions. Behavioural studies often use an ethogram, which is a list of behaviours and their description and allows different people to easily identify these behaviours. In this study, however, the description for some of the behaviours in the ethogram were a little unclear; for example, different people might interpret ‘slightly dilated pupils’ and ‘moderately dilated pupils’ differently because the words ‘slightly’ and ‘moderately’ are subjective. Including diagrams might have helped in these instances. As it was the same trained observer that evaluated all the videos, error due to differences in interpretation by different observers should have been small; nonetheless, the subjectivity of the ethogram makes it difficult to use by other researchers in further studies. Other behaviours might also have been useful to look at, such as slow blinking, which can indicate a relaxed or content state, or those that are likely to show a negative emotional state, such as tail swishing.


What were the results?

The study found that there were no significant differences in the physiological measures between the home and clinic environments except for blood glucose, which was significantly lower, and so potentially showing a lower level of stress, in the home environment. A high blood glucose level can be caused by an underlying disease, such as diabetes mellitus, as well as by the release of stress hormones. Therefore if a vet finds an elevated blood glucose level, it may be difficult for them to determine whether this is due to stress or disease. This highlights the importance of reducing stress during a veterinary examination in order to maximise the accuracy of tests and minimise the possibility of incorrectly interpreting the results.

When looking at the behaviours, hiding was performed significantly more often in the clinic, but there was a significantly higher ear position score, proposed to show higher stress levels, in the home environment; although the scores were still low in both environments. In addition, it could be questioned as to whether a higher ear position score does reflect greater stress; a linear scale was used in the study, with, for example, ‘1 = relaxed/alert ears (upright, oriented forward)’ and ‘5 = ears moderately flattened, top of ears rotated forward’, but these different ear positions could represent different emotions, for example fear or frustration, and not just a scale of how stressed the cat is.

The study also found that cortisol values were significantly less for the second visit, regardless of whether the examination was in the clinic or the home, and this finding was consistent among the cats. There was also a greater decrease in cortisol between the first and second visits when the first visit was the clinic and the second visit was the home environment. The authors propose that this supports the idea that the home environment is less stressful than the clinic environment, and that familiarity with the handler and the process masked the influence of the familiar home versus the unfamiliar clinic environment.

What can we take from this? 

  • This study suggests that veterinary examination in the home setting may be less stressful than at the clinic; however, from a practical point of view, home examination is not always possible as some procedures can only be carried out in the clinic.
  • The study also found that low-stress handling performed by a familiar veterinary team reduces the stress that a cat experiences. It may therefore be beneficial, where possible, for your cat to see the same vet each time you visit the clinic. Teaching your cat to tolerate veterinary-style examinations at home can also help keep your cat’s stress levels low during real examinations in the veterinary clinic. We will cover this topic soon.
  • As well as being of benefit to the welfare of the cat, having a low stress examination means that the results of any tests are more likely to be reliable, incorrect interpretation will be reduced, there will be less need for further testing and the owner–cat relationship is more likely to be maintained.

The work of International Cat Care

  • International Cat Care understands the importance of reducing stress when visiting the vet and has designed a programme, entitled Cat Friendly Clinic, which helps address this concern. Run throughout the world, the programme offers Gold, Silver or Bronze accreditation to practices that meet the standards set by iCatCare to improve the welfare and reduce the stress of cats in the clinic. To find out if there is a Cat Friendly Clinic near you, visit:
  • International Cat Care also has advice on its website about how to reduce stress when visiting the vet, at:
  • The veterinary division of International Cat Care, the International Society of Feline Medicine, has also published a book, ‘ISFM Guide to Feline Stress and Health’, that aims to help readers to understand why cats can become stressed and distressed in many environments and suggests how to improve welfare. The book can be purchased from the International Cat Care shop at:

International Cat Care will continue to provide you with interpretations and summaries of the latest cat science studies – objectively critiqued and intelligently communicated to you by dedicated cat-loving feline scientists, professionals and veterinarians.

Reference for the study:

Nibblett BM, Ketzis JK and Grigg EK. Comparison of stress exhibited by cats examined in a clinic versus a home setting. Appl Anim Behav Sci 2015; 173: 68-75.

About International Cat Care:
International Cat Care
International Cat Care works to create a world in which ‘all cats, owned and unowned, are treated with care, compassion and understanding’ International Cat Care is a charity with the vision of a world where all cats, owned and unowned, are treated with care, compassion, and understanding. We work closely with the veterinary profession through our veterinary division, the International Society of Feline Medicine. All our work is reliant on donations and legacies.

Founded in 1958, we are a respected authority on feline health and best practice, working with owners, vets and other professionals around the world.
Registered Charity – 1117342

Cat Naps Winners – The story of Twix

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‘Twix’ photographed by Viv Harding, Canada – 2016 iCatCare Cat Naps photography competition winner

“Our family adopted Twix from an animal shelter when she was a young kitten. She had been rescued from inside a shed when she was only 5 weeks old earning her the nickname ‘Miracle’, because it was amazing that she had survived. Now, our Twix is deservingly living the cushy life. This is her favourite spot to catch a cat nap – on the back of the couch in front of a large picture window, falling asleep after looking out and watching her kind of reality TV… Backyard Birds.”


The judges loved the muted tones of the settee which match Twix’s lovely coat, and her relaxed position between the cushions really did epitomise the cat nap.

To view all of the winning photographs from the competition – click here. And if you’d like to purchase the 2017 calendar you can do so here.

Cat Naps Winners – The story of Emma

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‘Emma’ photographed by Paul Brown, UK – 2016 iCatCare Cat Naps photography competition winner

“Emma was taken to Brighton’s RSPCA shelter after being found hiding on someone’s driveway. She was pregnant and she had four lovely kittens at the shelter. They were homed last year and Emma also went to a home in Brighton.”


The judges felt this was a very striking and captivating image, mum just keeping an eye as her kittens sleep peacefully – a shared intimate moment.

To view all of the winning photographs from the competition – click here. And if you’d like to purchase the 2017 calendar you can do so here.

Cat Naps Winners – The story of Squibby

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‘Squibby’ photographed by Phil Croucher, UK – 2016 iCatCare Cat Naps photography competition winner

“This cat is a stray called Squibby who lives with my parents on their small holding in France. She turned up one morning, about two years ago, a scruffy bundle of grey fluff, hungry and wary, but soon settled in and became a great companion for my Dad – often following him around as he worked. She is a prolific hunter and after a night in the fields she loves to catch the warmth of the morning sun through the barn window, which is also directly above my Dad’s favourite perch, where he would sit and read the mail each morning.”

Phil unfortunately lost his father in May after a long battle with cancer. This picture will appear in October of the Cat Naps calendar – his Dad’s birthday month – as a tribute to this kind and very missed man.


The judges loved the fact that Squibby’s coat matches the colours of the wood and stone in this photograph.

To view all of the winning photographs from the competition – click here. And if you’d like to purchase the 2017 calendar you can do so here.