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Jun 2, 2026
Do Cats Miss You When You Leave?

The popular image of the cat as a solitary, indifferent creature that barely notices when you leave is not quite accurate. A 2019 study published in Current Biology found that cats form attachment bonds with their owners in a pattern strikingly similar to the attachment styles seen in dogs and human infants — and that most cats use their owner as a secure base, showing measurable stress when separated and relief when reunited. The question is not really whether cats miss you. It is how much — and how subtly they show it.

What the Research Actually Shows

Cats have a reputation for independence — and it is partly deserved. But independence is not the same as indifference.

The 2019 attachment study

Researchers at Oregon State University conducted the first large-scale study of cat attachment styles using the Ainsworth Strange Situation Test — a classic assessment developed to measure human infant attachment that has since been validated for dogs. Cats were placed in an unfamiliar room with their owner for two minutes, then left alone for two minutes, then reunited with their owner. The results showed that 65% of cats displayed a secure attachment style — using their owner as a safe base from which to explore, showing mild stress during separation and greeting the owner calmly but warmly on return. Only about 35% displayed insecure attachment styles. This mirrors the proportions found in both human infants and dogs, and directly contradicts the assumption that cats do not form meaningful bonds with their owners.

Cats behave differently after longer absences

A separate study found that cats left alone for several hours purred significantly more on their owner’s return than cats separated for only 30 minutes — a subtle but measurable difference that suggests cats do register the duration of your absence, even if they do not express it dramatically. Unlike dogs, whose greeting intensity scales fairly predictably with absence duration, cats often show their response in quieter ways: more purring, more rubbing, more proximity-seeking in the hours after reunion rather than a spectacular greeting at the door.

Signs Your Cat Missed You

Cats communicate subtly — knowing what to look for is the key to understanding what your cat is actually expressing.

  • Following you from room to room: a cat that shadows you closely after you return home is re-establishing proximity — a behaviour that reflects genuine attachment
  • Head butting and cheek rubbing: cats have scent glands on their cheeks and forehead and rub them against people they feel close to as a bonding and marking behaviour; an increase in this after your return is a clear affection signal
  • Slow blinking from across the room: the slow blink is a feline signal of trust and comfort — a cat that slow-blinks at you from a distance when you return home is communicating warmth on their own terms
  • Increased vocalisation: some cats that rarely vocalise become more talkative after a period of separation — meowing, chirping or trilling at you in what appears to be a catch-up conversation
  • Kneading: an increase in kneading behaviour — particularly on you or your belongings — after a return is a comfort and bonding behaviour associated with feeling safe
  • Sleeping near your belongings: during your absence, cats often rest on or near items that carry your scent — your worn clothing, your pillow — as a form of comfort
  • Increased appetite at reunion: some cats that reduce eating slightly during a long absence return to normal eating as soon as their owner is back — the stress of the absence having suppressed appetite

Missing You vs Separation Anxiety

Most cats handle short absences comfortably. Some cats develop a clinical anxiety response that requires attention.

Missing you (normal) Separation anxiety (clinical)
While you’re away Rests, explores, sleeps normally Vocalises excessively, destructs, stops eating
On your return Warm but calm greeting, settles quickly Frantic, clingy, very slow to settle
Litter box use Normal May urinate outside the box from stress
Grooming Normal Over-grooming, hair loss from stress
Action needed None — healthy attachment Vet or behaviourist consultation

Missing you (normal)

While away: Rests and sleeps normally

On return: Warm, calm greeting, settles quickly

Action: None — healthy attachment

Separation anxiety (clinical)

While away: Vocalises, destructs, stops eating

On return: Frantic, very slow to settle

Action: Vet or behaviourist consultation

How to Help Your Cat When You’re Away

Cats are more routine-dependent than most owners realise — predictability is the foundation of feline comfort.

  • Keep their routine consistent: feeding, play and interaction at the same times each day reduces anticipatory anxiety — cats that know when to expect you are far calmer than those in unpredictable environments
  • Leave your scent: a worn piece of clothing left where your cat likes to rest provides genuine olfactory comfort — cats’ sense of smell is central to their sense of security
  • Enrich the environment: window perches, bird feeders outside the window, puzzle feeders and rotating toys give cats something engaging to do when alone — environmental enrichment significantly reduces stress-related behaviours
  • Keep them at home: cats are strongly territorial and feel most secure in their own space — cattery boarding disrupts both their routine and their territory simultaneously; a cat sitter who visits daily in the cat’s own home is far less stressful for most cats
  • Consider a second cat: for cats that show signs of loneliness, a compatible feline companion can make a substantial difference — though introductions must be done gradually and carefully

Further reading on the cat-owner bond:

FAQ

Do cats miss you more if you are gone longer?

Research suggests yes — cats that are separated for longer show more post-reunion bonding behaviour. However, cats appear to reach a threshold rather than continuing to escalate — the response to a two-week absence is not dramatically more intense than the response to a two-day absence for most securely attached cats.

My cat ignores me when I come home. Does that mean it did not miss me?

Not necessarily. Cats with a secure attachment style often greet their owners briefly and then continue with what they were doing — this is a sign of security, not indifference. Watch for the slower signals in the hours after your return: proximity-seeking, purring, rubbing and increased interaction are all meaningful even without a dramatic door greeting.

Should I get a second cat so mine is not lonely?

It depends entirely on the individual cat. Some cats are genuinely happier with a companion; others are territorial and stressed by a housemate. Age, history, temperament and the introduction process all matter significantly. A cat that shows signs of loneliness — excessive vocalisation, destructive behaviour, appetite changes — is a good candidate for a companion, introduced very gradually over several weeks.

Do cats remember their owners after a long time apart?

Yes — cats have strong scent-based memory and can recognise people they have not seen for years. Reunions after long separations are often initially cautious rather than immediately warm, as the cat re-establishes context, but most securely bonded cats reconnect fully within days.

This guide is for general information only and is not a substitute for advice from a qualified veterinarian. If your pet seems unwell, contact your vet.

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May 13, 2026
Why Do Dogs Lick You?

Dogs lick people — a lot. According to Small Door Veterinary, licking is one of the most natural and multi-purpose communication tools dogs have. It begins the moment they are born — mother dogs lick their puppies to stimulate breathing, encourage feeding and bond. That same impulse never fully switches off, and adult dogs redirect it toward the humans they are closest to. Whether your dog licks your face, your hands or your feet, the behaviour almost always means something — and it is rarely random.

Why Dogs Lick You: The Main Reasons

Licking is never just one thing — context tells you a lot about what your dog is actually communicating.

Affection and bonding

The most common reason dogs lick people is the simplest one: they like you. Licking releases endorphins in dogs — it is a self-reinforcing, pleasurable behaviour that feels good to perform. When directed at a person the dog is attached to, it functions as a direct expression of social bonding. In wolf packs, lower-ranking individuals lick the faces of higher-ranking ones as a greeting and a signal of trust. Domestic dogs retain this behaviour and redirect it toward the humans they consider their family. A dog that greets you with licks when you come home is doing the canine equivalent of a hug.

Gathering information

A dog’s sense of smell is extraordinarily powerful, but licking takes scent detection even further — it delivers molecules directly to the Jacobson’s organ on the roof of the mouth, which processes chemical information at a level far beyond what the nose alone can detect. When your dog licks you after you return home, they are reading a detailed account of where you have been, what you touched, what you ate and who you encountered. Licking your sweaty skin after exercise is partly about taste — sweat contains salts that dogs find appealing — and partly about this information-gathering function.

Attention-seeking

Dogs are quick to learn that licking produces a human reaction — a laugh, a pat, eye contact, a verbal response. Once a dog discovers that licking is an effective way to get your attention, it becomes a reliable tool they will return to whenever they want to engage with you. This is not manipulation; it is straightforward learned behaviour. The problem is that any response — even saying “stop” — can function as a reward. If you want to reduce attention-seeking licking, the only consistently effective approach is to completely withdraw attention the moment it starts.

Stress relief and self-soothing

Licking releases endorphins and has a calming effect on dogs experiencing anxiety. A dog that licks you during a thunderstorm, in a new environment or when there is tension in the household is likely using licking as a self-soothing strategy. In this context it functions similarly to nail-biting or repetitive fidgeting in humans — a physical action that occupies the body and slightly reduces cortisol. Recognising stress-motivated licking matters because the underlying anxiety deserves attention, not just the symptom.

Submission and social communication

Licking the face of a perceived authority figure is a deeply instinctive canine social signal. Puppies lick the mouths of adult dogs to solicit food or approval. Adult dogs use the same behaviour to communicate deference or peaceful intent. When your dog licks your face — especially around the mouth — they may be performing a version of this social ritual, acknowledging you as a trusted member of their social group rather than simply expressing affection.

What Licking Different Parts Means

Where your dog chooses to lick can refine your understanding of what they are trying to communicate.

  • Face and mouth: social bonding and greeting — the most instinctively loaded target, mimicking the puppy-to-adult licking behaviour seen in packs
  • Hands: information-gathering — your hands carry the most chemical information about your day; also common as attention-seeking if your hands are near your dog’s level
  • Feet and legs: taste — sweat concentration is highest here; also a low-effort lick when they are lying near you and want to maintain contact
  • Ears: social grooming — a behaviour directed at close companions; dog earwax has a distinctive scent that some dogs find interesting
  • Wounds or sore spots on you: caregiving instinct — dogs instinctively lick wounds on themselves and others; while the intention is nurturing, dog saliva introduces bacteria and should be discouraged on open skin

Is It Safe to Let Your Dog Lick You?

For most healthy adults, occasional licking is low risk. The common belief that dogs’ mouths are cleaner than humans’ is a myth — but the actual risks are generally manageable.

Dog saliva contains bacteria — including Pasteurella, Capnocytophaga and Staphylococcus — that are harmless to dogs but can occasionally cause infections in humans, particularly through broken skin, eyes or mucous membranes. For healthy adults with intact skin, the risk from a lick is very low. Higher caution applies in these situations:

  • Open cuts or wounds: dog saliva introduces bacteria that can cause infection — redirect licking away from any broken skin
  • Face licking: bacteria entering through eyes, nose or mouth carries a higher risk than skin licking
  • Immunocompromised individuals: people on chemotherapy, organ transplant recipients, those with HIV or the elderly have reduced capacity to fight bacterial infections — extra caution is warranted
  • Young children: immune systems are still developing and children are more likely to have cuts or touch their faces after contact

Washing your hands after contact is the simplest practical precaution and sufficient for most people in most situations.

When Licking Becomes a Problem

Occasional licking is normal. These patterns are worth discussing with your vet.

  • Compulsive or non-stop licking: licking that cannot be interrupted, lasts for extended periods or seems to happen regardless of context can indicate obsessive-compulsive disorder, anxiety or a neurological issue
  • Sudden increase in licking: a dog that was not a frequent licker and suddenly starts licking you or themselves constantly may be experiencing pain, nausea or discomfort — licking can be a self-soothing response to physical distress
  • Licking specific spots on themselves repeatedly: acral lick dermatitis — a condition where dogs lick one area of skin so persistently they cause hair loss and open sores — requires veterinary treatment
  • Licking combined with other behaviour changes: if licking accompanies restlessness, appetite loss, vomiting or other symptoms, the licking is likely a signal rather than the primary issue

Further reading on dog behaviour:

FAQ

Does my dog lick me because they love me?

Very likely yes — especially if it happens during calm, relaxed moments or when greeting you. Licking directed at a specific person, done gently and accompanied by a relaxed body posture, is one of the clearer expressions of canine affection.

Why does my dog lick me more after I shower?

Because you smell different. Soap, shampoo and lotion replace your natural scent with unfamiliar chemical compounds that dogs find interesting and worth investigating. Some dogs also prefer the taste of moisturiser or body lotion — check that any products you use are not toxic to dogs, as they may lick and ingest small amounts.

How do I get my dog to stop licking me?

Withdraw all attention the moment licking starts — stand up, turn away or leave the room without saying anything. When your dog stops and sits calmly, reward that behaviour instead. Consistency is essential: any reaction, including pushing them away or saying no, can function as a reward if your dog is licking for attention. Most dogs adjust within a few weeks of consistent redirection.

Why does my dog lick only one specific person?

Dogs are selective in who they lick — it reflects genuine preference and attachment. The targeted person may also smell more interesting, react more consistently or have historically rewarded the behaviour. Licking a specific person is usually a compliment.

This guide is for general information only and is not a substitute for advice from a qualified veterinarian. If your pet seems unwell, contact your vet.

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May 10, 2026
How Old Is Your Pet Really?

The “multiply by seven” rule is one of the most widely repeated myths in pet care — and it is simply wrong. Researchers at the University of California San Diego studied chemical changes in the DNA of 104 Labrador Retrievers and developed a formula based on real biological ageing. As a result, their findings are striking: a 1-year-old dog is closer in biological age to a 30-year-old human, while a 4-year-old dog is roughly equivalent to a 52-year-old person. Understanding this helps you give your pet better care at every stage of their life.

Why the “Multiply by 7” Rule Is Wrong

This rule came from a simple average — divide a human lifespan of roughly 70 years by a dog’s average of 10 — and it ignores everything science knows about how animals actually age.

Animals do not age at a constant rate

Consider this: a 9-month-old Labrador Retriever is already capable of reproduction. Physiologically, therefore, it is in adolescence or early adulthood — not early childhood. However, the “multiply by seven” rule would call it the equivalent of a 5-year-old child, which is clearly inaccurate. In reality, animals age very rapidly in early life, going through the equivalent of decades of human development in their first year or two. After that initial surge, the ageing rate slows considerably. Furthermore, the gap between the two species widens and narrows at different points in life — a young dog outpaces human development dramatically, while an older dog and an older human gradually converge again. In other words, the relationship between pet years and human years is not linear — it is logarithmic: fast at first, then progressively slower.

The DNA methylation breakthrough

To solve this problem, the UC San Diego team turned to a process called DNA methylation — chemical changes that gradually accumulate on DNA molecules as mammals age. Specifically, these chemical markers act like biological timestamps, recording how much cellular ageing has actually occurred. By comparing methylation profiles in dogs and humans at matching life stages, the scientists were able to identify striking parallels — for example, a puppy’s teeth emerging corresponded almost exactly to a human baby teething at 9 months. Moreover, elderly dogs and elderly humans showed similarly advanced methylation patterns, further confirming the model across the full lifespan.

How to Calculate a Dog’s Real Age

The UC San Diego formula: human age = 16 × ln(dog’s age in years) + 31.</strong> In practice, you simply multiply the natural logarithm of your dog’s age by 16 and then add 31 to the result. Fortunately, however, you do not need to do this mathematics yourself — the table below already applies the formula across every common age, so you can find your dog’s biological equivalent at a glance.

Dog age conversion table

Dog age Human equivalent (DNA formula) Life stage “×7 rule” (wrong)
1 year ~30 years Young adult 7 years ❌
2 years ~42 years Adult 14 years ❌
3 years ~49 years Adult 21 years ❌
4 years ~53 years Mature adult 28 years ❌
6 years ~60 years Senior 42 years ❌
8 years ~64 years Senior 56 years ❌
10 years ~68 years Senior 70 years (closest)
14 years ~74 years Geriatric 98 years ❌

1 year old dog

Real human equivalent: ~30 years

The ×7 rule said: 7 years ❌

4 year old dog

Real human equivalent: ~53 years

The ×7 rule said: 28 years ❌

10 year old dog

Real human equivalent: ~68 years

The ×7 rule said: 70 years (closest to right)

One important caveat is that this formula was developed using Labrador Retrievers specifically — so it is most reliable for medium-sized breeds. In addition, dog ageing varies significantly by size, since large and giant breeds age faster and have considerably shorter lifespans than small breeds. For instance, a 7-year-old Great Dane is genuinely old and likely already showing signs of age-related decline, whereas a 7-year-old Chihuahua is only middle-aged and probably still in excellent health. Moreover, the gap widens further at the extremes: a Great Dane may reach only 8–10 years in total, while a small terrier can easily live to 16 or 18. Therefore, while this formula represents the most biologically grounded estimate currently available, it is best treated as a guide rather than a precise measurement — particularly for very large or very small dogs.

How to Calculate a Cat’s Real Age

Much like dogs, cats follow a non-linear ageing pattern — meaning they develop at a dramatically accelerated pace in early life before slowing down considerably. In fact, the first year alone accounts for 15 full human years of development, which is why a 1-year-old kitten already behaves like a young adult rather than a child. After that rapid initial phase, the second year adds a further 9 human years, bringing the total to 24. Subsequently, every additional year beyond that counts for approximately 4 human years — a much more gradual rate that continues steadily through old age. As a result, the veterinary consensus formula is straightforward to apply in practice: start at 24 for a 2-year-old cat, then simply add 4 for every year after that.

Cat age conversion table

Cat age Human equivalent Life stage Key health note
6 months ~10 years Kitten / Junior Still growing; first vaccines due
1 year 15 years Junior / Young adult Sexually mature; spay/neuter timing
2 years 24 years Prime adult Full physical maturity reached
5 years 36 years Mature adult Annual health checks important
7 years 44 years Mature adult Begin senior screening panels
10 years 56 years Senior Kidney disease risk rises; biannual vet visits
12 years 64 years Senior Hyperthyroidism and arthritis become common
15 years 76 years Super senior Many cats reach this — impressive longevity
20 years 96 years Super senior Exceptional — some cats do reach this age

1 year old cat

Human equivalent: 15 years

Stage: Junior / Young adult

10 year old cat

Human equivalent: 56 years

Stage: Senior — biannual vet visits recommended

15 year old cat

Human equivalent: 76 years

Stage: Super senior — remarkable longevity

How Other Common Pets Age

Every species has its own distinct ageing curve, and some of the differences are genuinely surprising — even to experienced pet owners. For example, a hamster is already considered senior at just 12–18 months, while a large parrot may still be in its prime at 30. Similarly, tortoises age so slowly that certain individuals have outlived multiple generations of the same family. Understanding these differences is therefore essential — not simply out of curiosity, but because it directly shapes when to schedule vet visits, when to adjust diet and when to watch for the first signs of age-related conditions.

Pet Average lifespan Considered “senior” at Notable ageing fact
Rabbit 8–12 years 5–6 years Reach reproductive maturity at 4–6 months — equivalent to a human teenager
Guinea pig 5–7 years 3 years Already “senior” at 3 — age-related conditions appear earlier than most owners expect
Hamster 2–3 years 12–18 months Entire lifespan equivalent to roughly 26 human years; tumours become common after age 1.5
Parrot (large) 40–80 years 25–30 years Some macaws outlive their owners — they are lifelong commitments
Tortoise 50–100+ years 30–40 years Certain individuals have outlived multiple generations of the same family
Goldfish 10–15 years (well-kept) 7–8 years The “3-second memory” is false — goldfish remember complex tasks for months
Betta fish 3–5 years 2 years Most shop bettas are already 6–12 months old at the point of sale

Rabbit

Lifespan: 8–12 years

Senior at: 5–6 years

Hamster

Lifespan: 2–3 years

Note: Senior at just 12–18 months

Large parrot

Lifespan: 40–80 years

Note: May outlive their owner

Further reading on pet ageing and veterinary science:

FAQ

Where did the “multiply by 7” rule come from?

Nobody knows for certain where the rule originated. The most likely explanation is a simple average: humans live roughly 70 years, while dogs live roughly 10 — divide one by the other and you get seven. However, this calculation was never based on biology; rather, it spread because it was convenient and easy to remember. Interestingly, it is not completely wrong for dogs in the 8–12 year range, since the middle of a dog’s life is precisely where the formula happens to roughly approximate real biological ageing. Beyond that window, though, the rule breaks down significantly — underestimating age in young dogs and overestimating it in very old ones. In short, the “multiply by seven” rule is a useful conversation starter, but a poor substitute for actual science.

Does breed size really affect how fast a dog ages?

Yes — and the difference is significant. Large and giant breeds age faster than small breeds, despite the intuitive expectation that bigger means longer-lived. For example, a Great Dane is considered senior at 5–6 years, while a Chihuahua reaches senior status only at 10–11 years. Consequently, the UC San Diego formula is most accurate for medium breeds like Labradors. For giant breeds, ageing runs faster than the formula predicts; for toy breeds, it is slower.

My cat is 15 — how old is that really?

Using the veterinary 15-9-4 formula, the calculation works as follows: 24 human years for the first two cat years, plus 13 additional years × 4 = 52, giving a total of 76 human years. In other words, a 15-year-old cat is the equivalent of a 76-year-old human — genuinely elderly. As a result, this life stage deserves the same attentive medical care we give elderly people: biannual vet visits, kidney function monitoring, blood pressure checks and arthritis management.

Does knowing my pet’s real age change how I should care for them?

Absolutely — and this is the most practical reason to understand these formulas. A 7-year-old dog is not simply “middle-aged”; it is the biological equivalent of a 63-year-old human and should already be on senior wellness protocols. Specifically, this means biannual vet visits, joint monitoring, dental care and a diet adjusted for lower activity levels. Many owners miss the window for early intervention on age-related conditions precisely because they underestimate how old their pet actually is, biologically speaking.

This guide is for general information only. Pet ageing varies significantly by species, breed and individual health history. Contact your veterinarian for a personalised assessment of your pet’s life stage and health needs.

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Apr 23, 2026
How Much Should I Feed My Puppy?

Puppies need roughly twice the calories per pound as adult dogs — because they are building bone, muscle and organs at the same time. According to the American Kennel Club, the right amount changes every few weeks as a puppy grows, which means checking the feeding guide on the bag regularly and adjusting as they develop. This guide covers how much to feed by age and breed size, how to read your puppy’s body condition, and when to make the switch to adult food.

Meals Per Day by Age

Puppies need more frequent meals than adult dogs because their stomachs are small and their blood sugar drops quickly between feeds.

  • Under 3 months: 4 meals a day — small stomach capacity, rapid growth, blood sugar stability
  • 3 to 6 months: 3 meals a day — stomach grows and can hold more per meal
  • 6 to 12 months: 2 to 3 meals a day — transitioning toward an adult schedule
  • 12 months and older: 2 meals a day — time to switch to adult food for most breeds

Never free-feed a puppy — leaving food out all day makes it difficult to monitor intake, disrupts house-training and increases the risk of overfeeding. Put the bowl down for 15 minutes, then pick it up whether it is empty or not.

How Much to Feed by Breed Size

Always use the expected adult weight — not the current weight — to find the right column on any feeding chart. A Labrador puppy weighing 15 lbs at 10 weeks will eventually weigh 65 to 80 lbs, and feeding should reflect that trajectory.

Small breeds (adult weight under 20 lbs)

  • 8 to 12 weeks: ¼ to ½ cup per day, split across 4 meals
  • 3 to 6 months: ½ to ¾ cup per day, split across 3 meals
  • 6 to 12 months: ½ to 1 cup per day, split across 2 to 3 meals

Medium breeds (adult weight 20 to 50 lbs)

  • 8 to 12 weeks: ½ to 1 cup per day, split across 4 meals
  • 3 to 6 months: 1 to 1½ cups per day, split across 3 meals
  • 6 to 12 months: 1½ to 2 cups per day, split across 2 to 3 meals

Large breeds (adult weight 50 to 100 lbs)

  • 8 to 12 weeks: 1 to 1½ cups per day, split across 4 meals
  • 3 to 6 months: 1½ to 3 cups per day, split across 3 meals
  • 6 to 12 months: 3 to 4 cups per day, split across 3 meals

Giant breeds (adult weight over 100 lbs)

  • 8 to 12 weeks: 1½ to 2 cups per day, split across 4 meals
  • 3 to 6 months: 2½ to 4 cups per day, split across 3 to 4 meals
  • 6 to 12 months: 4 to 6 cups per day, split across 3 meals

Large and giant breed puppies must eat food formulated specifically for large breed growth — these formulas are lower in calcium and phosphorus, which slows bone development to a safe rate and reduces the risk of hip dysplasia and joint problems later in life. Do not feed a large breed puppy a standard small-breed puppy formula.

Trusted resources for puppy feeding guidance:

How to Tell If You’re Feeding the Right Amount

The cup is a starting point — your puppy’s body is the real guide. Check body condition weekly in the first few months.

Run your hands along your puppy’s ribcage. You should feel the ribs easily with light pressure — like the back of your hand — with a thin layer of tissue over them. From above, a gentle waist should be visible behind the ribcage.

  • Right amount: ribs felt easily but not visible, clear waist from above, firm stools, steady growth
  • Too much: ribs hard to find, no visible waist, soft stools, pot belly between meals, rapid weight gain
  • Too little: ribs and hip bones visible without touching, constant hunger, low energy, slow growth

If your puppy consistently leaves food in the bowl, reduce portions slightly. If they bolt every meal and seem constantly hungry despite being at a healthy weight, that is often just puppy behaviour — but if ribs become visible, increase portions by 10% and recheck in a week.

When to Switch to Adult Food

Switching too early removes nutrients a growing dog still needs. Switching too late can contribute to excess weight. Timing depends on breed size.

  • Small breeds (under 20 lbs adult): switch at around 9 to 12 months
  • Medium breeds: switch at around 12 months
  • Large breeds (50 to 100 lbs adult): switch between 12 and 18 months
  • Giant breeds (over 100 lbs adult): stay on large breed puppy food until 18 to 24 months — growth plates close later

When transitioning, mix increasing amounts of adult food with decreasing amounts of puppy food over 7 to 10 days. A sudden switch often causes vomiting or diarrhoea. Your vet is the best person to confirm the right timing for your specific breed.

Use our free dog food calculator to estimate daily portions based on your dog’s size and activity level.

Puppy Feeding at a Glance

Age Meals / Day Small breed Medium breed Large breed
8–12 weeks 4 ¼–½ cup ½–1 cup 1–1½ cups
3–6 months 3 ½–¾ cup 1–1½ cups 1½–3 cups
6–12 months 2–3 ½–1 cup 1½–2 cups 3–4 cups
12 months+ 2 Switch to adult food

8–12 weeks

Meals/day: 4

Small breed: ¼–½ cup

Medium breed: ½–1 cup

Large breed: 1–1½ cups

3–6 months

Meals/day: 3

Small breed: ½–¾ cup

Medium breed: 1–1½ cups

Large breed: 1½–3 cups

6–12 months

Meals/day: 2–3

Small breed: ½–1 cup

Medium breed: 1½–2 cups

Large breed: 3–4 cups

12 months+

Meals/day: 2

All breeds: Switch to adult food

FAQ

Should I free-feed my puppy?

No. Measured meals prevent overfeeding, support house-training by making bathroom times predictable, and help you notice quickly if appetite drops — which is often an early sign of illness. Put the bowl down, give 15 minutes, then pick it up.

Can I feed my puppy adult dog food?

Not until they reach their adult size. Puppy food has the protein, fat and mineral balance a growing body needs. Adult food does not meet those requirements and can lead to nutritional gaps during a critical growth window.

My puppy is not eating. What should I do?

One missed meal in a healthy puppy is usually not a concern. Two or more missed meals, or a lethargic puppy, needs a vet visit — especially in toy breeds, which can develop low blood sugar quickly without food.

How much water does a puppy need?

A general guideline is about 1 ounce of water per pound of body weight per day. Puppies on wet food need less supplemental water than those on dry kibble. Always keep fresh water available throughout the day.

This guide is for general information only and is not a substitute for advice from a qualified veterinarian. If your pet seems unwell, contact your vet.

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Apr 18, 2026
Why Do Cats Knock Things Off Tables?

Your cat looks you dead in the eye. Then, slowly and deliberately, pushes your coffee mug off the table. According to certified cat behaviour consultant Pam Johnson-Bennett, this is not random chaos — and it is definitely not spite. Cats knock things over for real, well-documented reasons rooted in their biology, their hunting instincts and, occasionally, a very calculated desire for your attention.

The Real Reasons Cats Knock Things Over

It is not malice. It is not boredom alone. The behaviour makes complete sense once you understand how a cat’s brain and body are wired.

Their paws are how they explore the world

A cat’s paws are packed with sensitive nerve endings — they are precision instruments for detecting texture, temperature, movement and weight. When a cat bats at an object, they are gathering information about it: is it alive? Does it move? Is it prey? This is the same impulse that drives them to paw at a rustling bag, a dangling string or an insect on the wall. The fact that the object falls and makes a noise and your face changes is just bonus data.

Their inner hunter is always switched on

Cats are obligate carnivores with prey-drive hardwired into their nervous system. Small, lightweight objects — a pen, a phone, a marble — trigger the same neural response as a mouse or a small bird. The sideways swipe that sends your glass flying is functionally identical to the killing blow a wild cat uses to stun prey. Cats do not choose to suppress this instinct when they come indoors; they simply redirect it toward whatever is available. Static objects on a flat surface are irresistible targets because when touched, they move — and moving things are, to a cat, always potentially alive.

It gets your attention — and they know it

Cats are observant and fast learners. A cat that pushes something off a table and receives a dramatic reaction — a gasp, a sprint across the room, an exclamation — has just learned that this behaviour produces an immediate, guaranteed response from you. From the cat’s perspective, this is a highly effective attention-getting strategy, far more reliable than sitting quietly waiting to be noticed. The more consistently you react, the more reliably they repeat it. Delgado notes that this pattern typically develops when owners fail to acknowledge cats for calm or desirable behaviour, leaving knocking things over as the most efficient tool available.

Boredom and understimulation

An indoor cat with insufficient mental and physical stimulation will find ways to entertain itself. Knocking objects off elevated surfaces is engaging: there is the physical sensation of the swipe, the visual interest of the falling object, the sound of impact and often a dramatic human response at the end. For a cat that spends most of the day sleeping in a quiet house with nothing to hunt, this sequence is genuinely stimulating. Cats that are well exercised through play, have access to puzzle feeders and environmental enrichment, and receive regular interactive attention from their owners knock things over significantly less often.

Why Tables and Shelves Specifically?

Cats prefer elevated surfaces for multiple reasons — and the height makes the knocking even more satisfying.

Cats are natural climbers that seek high vantage points to survey their territory and feel safe. Tables, shelves and counters give them height, visibility and control — and they also happen to be covered in objects. From an elevated position, cats can detect objects entering their close-range blind spot (the area directly below their chin, which they cannot see clearly) and respond by batting at them. The fall from height also creates more dramatic visual and auditory feedback than objects moved at ground level — a glass falling two feet makes a very satisfying sound and travels an interesting trajectory. This may be why cats seem to favour knocking things off tables rather than pushing objects along the floor.

How to Reduce the Behaviour

You will not stop the instinct — but you can redirect it so your belongings survive.

  • Do not react: the single most effective step is to stop providing the reward — turn away, leave the room, say nothing; a cat that gets no response eventually finds something more interesting to do
  • Increase play: two 10–15 minute interactive play sessions daily using wand toys, feather lures or laser pointers significantly reduces redirected predatory behaviour
  • Clear high-value surfaces: if your cat targets the same objects repeatedly, remove them; cats lose interest in surfaces that offer nothing to interact with
  • Add environmental enrichment: cat trees, window perches, puzzle feeders and rotating toys give cats legitimate outlets for curiosity and predatory drive
  • Secure irreplaceable items: museum putty, non-slip mats and display cases protect objects that cannot be moved — a practical solution for fragile valuables
  • Reward calm behaviour: use treats or affection to reinforce your cat sitting quietly near you, so they learn that calm behaviour also produces a response

Further reading on feline behaviour:

FAQ

Is my cat doing it to annoy me on purpose?

Not in the way the meme suggests. Cats do not plan mischief or feel spite. The motivation is attention-seeking, not revenge.

My cat only does it at night. Why?

Cats are crepuscular — most active at dawn and dusk, and often active during the night. If they have not had sufficient stimulation during the day, the night hours are when pent-up predatory energy tends to surface. A good play session in the evening, followed by a small meal, often helps — mirroring the hunt-catch-eat-sleep sequence cats are wired for.

Should I punish my cat for knocking things over?

No. Cats do not connect punishment with the behaviour that caused it, especially after the fact. Punishing a cat for knocking something over teaches them only that you are unpredictable — it does not reduce the behaviour and often increases anxiety.

Why does my cat stare at me while doing it?

Because your face is the most interesting thing in the room. Cats are highly attuned to human facial expressions and reactions. The eye contact while knocking things over is part of the attention-seeking dynamic — they are watching to see if this action produces the desired response from you. Looking away and leaving the room is the correct counter-move.

This guide is for general information only and is not a substitute for advice from a qualified veterinarian or certified animal behaviourist.

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Apr 15, 2026
Why Do Cats Sleep So Much?

The average adult cat sleeps between 12 and 16 hours a day — and kittens and senior cats can reach up to 20 hours. According to veterinarian Marty Becker, adjunct professor at Washington State University College of Veterinary Medicine, this is completely normal — but it is not laziness. Cats are finely tuned predators whose entire biology is built around explosive bursts of energy followed by long periods of recovery. The sleeping is the preparation.

Why Cats Need So Much Sleep

Cats are obligate carnivores with a hunting-based metabolism — and hunting is one of the most energetically expensive activities in the animal kingdom.

Energy conservation for hunting

A cat’s hunting sequence — stalking, crouching, sprinting, pouncing, wrestling — burns an enormous amount of energy in a very short time. Wild cats need to be at peak physical and cognitive readiness for these brief, high-stakes moments. The rest of the time, the most efficient strategy is to be still and conserve resources. This is why big cats like lions sleep 15–20 hours a day too — they are not lazy, they are managing their energy budget. Domestic cats have retained this biology entirely, even though the “hunting” they do now mostly involves chasing toy mice across the kitchen floor. When your indoor cat sleeps most of the day, it is physiologically preparing for activity that its body still expects to need.

Sleep supports digestion and muscle repair

Cats are obligate carnivores whose diet is almost entirely protein and fat — and protein digestion is metabolically intensive. Much of the processing happens during rest. Sleep also supports muscle repair and immune function in cats just as it does in humans. A cat that has had an active play session needs recovery time — and because cats play hard, they also rest hard. The transition from full sprint to deep sleep in under two minutes, which any cat owner will recognise, is simply an efficient reset between bursts.

How Cats Sleep: Catnaps and Crepuscular Rhythms

Cats do not sleep in one long block — they sleep in multiple short sessions throughout the day, with a biological clock set to dawn and dusk.

Polyphasic sleep

Cats are polyphasic sleepers — they cycle through many short sleep periods rather than one long overnight block. A typical cat sleep session lasts between 50 and 110 minutes, and cats cycle through light sleep and deeper sleep (including REM) within each session. Between sessions they may be fully awake and alert for a short time before sleeping again. This fragmented pattern is why cats can seem to sleep all day while still waking up and responding to sounds, movements and smells throughout — the “catnap” is not as shallow as it looks, but it is also not as deep or uninterrupted as human sleep.

Crepuscular activity — built for dawn and dusk

Cats are crepuscular — most naturally active at dawn and dusk, which is when their prey (mice, birds, small mammals) are also most active. During the middle of the day and the middle of the night, cats have evolved to rest. This is why so many cats are most energetic in the early morning and evening, and why they may wake their owners at 5am. The structure of their sleep is built around these twilight hunting windows. Domestic cats that live with active humans often shift their schedule somewhat to match household routines — but the underlying biology remains crepuscular.

How Much Sleep Is Normal by Age

Sleep needs change across a cat’s lifespan — kittens and seniors sleep the most.

Life stage Typical daily sleep Main reason
Kittens (under 6 months) Up to 20 hours Rapid brain and body development
Young adults (6 months–6 years) 12–14 hours Energy conservation, hunting biology
Adults (6–10 years) 13–16 hours Normal feline metabolism
Senior cats (10+ years) 16–20 hours Slower metabolism, reduced energy, joint comfort

Kittens (under 6 months)

Sleep: Up to 20 hours

Reason: Rapid brain and body development

Young adults (6 months–6 years)

Sleep: 12–14 hours

Reason: Energy conservation, hunting biology

Adults (6–10 years)

Sleep: 13–16 hours

Reason: Normal feline metabolism

Senior cats (10+ years)

Sleep: 16–20 hours

Reason: Slower metabolism, joint comfort

Weather also plays a role — cats sleep more on cold, rainy or overcast days, mirroring the reduced activity of prey animals in those conditions. This is perfectly normal and not a sign of illness.

When Sleep Becomes a Warning Sign

More than 20 hours of sleep a day in an adult cat, or a sudden change in sleep patterns, is worth investigating.

Veterinary behaviourist Mikel Delgado notes that while most cat sleeping is normal, cats can sleep more than usual when they are bored, depressed, in pain or unwell. The key distinction is whether the increased sleep is accompanied by other changes — loss of appetite, reduced interest in interaction, changes in litter box use, weight loss or visible discomfort. A cat that sleeps 16 hours, then wakes up alert, eats well and plays when offered the opportunity, is healthy. A cat that sleeps constantly, eats less, seems dull and does not engage when approached may be telling you something is wrong.

  • Boredom: an understimulated indoor cat with nothing to do will sleep by default — increase playtime, add puzzle feeders and environmental enrichment
  • Pain: cats in chronic pain from arthritis, dental disease or internal conditions often withdraw and sleep more as a response to discomfort
  • Illness: infections, anaemia, thyroid disease and many other conditions increase sleep — always paired with other symptoms
  • Depression or anxiety: changes in household (new pet, new baby, owner working different hours) can cause cats to sleep more and interact less

Further reading on cat sleep and wellbeing:

FAQ

Is it normal for my cat to sleep all day?

For most cats, yes — sleeping 12 to 16 hours spread across the day is completely normal. The key is whether your cat is alert, eating well and interactive during its waking periods. If waking hours are also lethargic or your cat shows no interest in food or play, that is worth a vet visit.

Why is my cat more active at night?

Cats are crepuscular — biologically programmed to be most active around dawn and dusk. Night activity is normal, though it can be reduced by a good play session in the evening followed by a meal, which mimics the hunt-catch-eat-sleep pattern cats are wired for. Kittens and young cats tend to have the most intense night energy.

Do cats dream?

Almost certainly yes — cats experience REM sleep just as dogs and humans do, and during REM their brains show activity patterns consistent with dream states. You may notice paw twitching, whisker movement or soft vocalisations during deep sleep. These are normal signs of REM activity, not distress.

Should I wake my cat if it seems to be having a nightmare?

Generally no. Waking a cat suddenly from deep sleep can startle it into a defensive reaction before it is fully oriented. Call its name softly from a distance rather than touching it unexpectedly. Most episodes pass within a minute or two on their own.

This guide is for general information only and is not a substitute for advice from a qualified veterinarian. If your pet seems unwell, contact your vet.

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Apr 14, 2026
Can Cats See Colour?

The most common answer people give to this question is wrong. Cats are not colourblind — they do not see the world in black and white. But they do not see it the way you do either. Research in feline ophthalmology shows that cats are dichromats — they have two types of colour-detecting cone cells in their retinas, compared to the three types humans have. The result is a visual world that is less colourful than ours in some ways, and dramatically superior in others.

What Colours Cats Can and Cannot See

Cats can see colour — just a narrower and less saturated range than humans, concentrated in the blue-yellow spectrum.

What cats see well

  • Blues: cats see blue clearly and well — it is one of the most distinct colours in their visual field
  • Yellows: yellow is detectable and reasonably distinct to cats
  • Grey: cats excel at distinguishing shades of grey — far more subtle gradations than humans can perceive
  • Some greens: researchers believe cats can perceive certain shades of green, though not as vividly as humans

What cats cannot see well

  • Red and orange: cats lack the cone type needed to detect red wavelengths — red and orange appear as shades of grey or dull yellow-brown to a cat; the vibrant red of a toy means nothing to them visually
  • Pink: largely invisible as a distinct colour to cats
  • Colour saturation: even the colours cats can detect appear less vivid and saturated than they do to humans — a rich cobalt blue appears to a cat more like a pale, washed-out blue
Colour What a human sees What a cat likely sees
Blue Vivid blue Blue — one of their clearest colours
Yellow Vivid yellow Pale yellow — detectable but less saturated
Green Vivid green Greyish-yellow — muted and less distinct
Red Vivid red Dull grey or brownish — barely distinguishable
Pink Clear pink Washed-out grey — very little distinction
Orange Vivid orange Dull grey-yellow — not distinct

Blue

Human sees: Vivid blue

Cat sees: Blue — one of their clearest colours

Red / Orange / Pink

Human sees: Vivid warm colours

Cat sees: Dull grey or grey-brown — barely distinguishable

Yellow

Human sees: Vivid yellow

Cat sees: Pale yellow — detectable but muted

How Cat Vision Actually Works

The difference between human and cat colour vision comes down to the types and quantities of photoreceptor cells in the retina.

Cones: colour detectors

Colour vision is produced by cone cells — photoreceptors that are sensitive to specific wavelengths of light. Humans have three types of cone cells, sensitive to red, green and blue wavelengths. This trichromatic vision allows us to perceive the full visible spectrum and millions of colour combinations. Cats have only two types of cone cells, sensitive to blue and yellow-green wavelengths. This dichromatic vision is similar to the experience of a person with red-green colour blindness — they can see colour, but the range is significantly narrower. Cats also have far fewer cone cells overall than humans, which is why their colour perception is less saturated as well as less varied.

Rods: motion and low-light detectors

The other photoreceptor type — rod cells — is where cats significantly outperform humans. Rods detect light and motion but not colour. Cats have a much higher density of rod cells than humans, particularly at the edges of the visual field. This gives cats extraordinary sensitivity to movement — they can detect the smallest twitch of a mouse’s tail at a distance — and far superior vision in low-light conditions. The trade-off nature made was more rods for motion and night vision at the cost of fewer cones for colour.

The tapetum lucidum

Behind the retina, cats have a reflective layer called the tapetum lucidum — the structure that causes eyeshine when light hits a cat’s eyes in the dark. This layer reflects light back through the retina a second time, effectively doubling the amount of light the photoreceptors can process. It is why cats can see in light levels roughly six times lower than the minimum humans require. It also slightly reduces visual sharpness and colour fidelity — a small price for the dramatic gain in night vision.

Where Cat Vision Beats Human Vision

What cats lose in colour range, they gain dramatically in motion detection, night vision and peripheral awareness.

  • Night vision: cats need approximately six times less light than humans to see — they can navigate and hunt in conditions that appear completely dark to us
  • Motion detection: the high density of rod cells and the wide distribution of photoreceptors across the retina makes cats extraordinarily sensitive to movement, particularly at the edges of their visual field — a mouse moving at the periphery of a cat’s vision triggers an immediate response
  • Field of view: cats have a visual field of approximately 200 degrees, compared to around 180 degrees in humans — they see more of what is happening around them simultaneously
  • Flicker detection: cats can detect flickering light at frequencies up to 70–80 Hz, compared to around 60 Hz in humans — this is why old CRT televisions appeared to flicker to cats even when they appeared steady to humans

What This Means for Your Cat’s Daily Life

Understanding how your cat sees the world has some practical implications for how you play with them, what toys you choose and how you set up their environment.

  • Choose blue and yellow toys: a bright red toy on a green carpet is virtually invisible to a cat — both appear as the same dull grey-brown; blue and yellow toys against contrasting backgrounds are much more visually distinct to a cat’s eye
  • Movement matters more than colour: a dull-coloured toy that moves erratically is far more stimulating to a cat than a brightly coloured toy that sits still; motion triggers the rod-cell-driven hunting response much more powerfully than colour
  • Cat TV is real: cats watch televisions and screens — they can process the flickering images because their flicker detection is high enough to see modern digital screens as smooth motion; they are more drawn to content that features small, fast-moving objects (birds, fish, small animals) than to static images
  • Night-time activity makes sense: a cat prowling the house at 3am is operating in a visual environment far richer than it appears to you when you stumble out of bed — your bedroom in moonlight may look nearly black to you and appear with clear detail to your cat

Further reading on feline vision and perception:

FAQ

Do cats see in black and white?

No — this is the most persistent myth about cat vision. Cats do see colour, just a narrower and less saturated range than humans. Their world is not black and white; it is more like a slightly washed-out version of our world, with blue and yellow visible but red, orange and pink appearing as dull greys.

Can cats see in complete darkness?

No — cats need some light to see, just far less than humans. In complete darkness, cats are as blind as we are. But in very low light — moonlight, a single lamp across a large room, starlight coming through a window — cats can see with remarkable clarity while the same conditions appear nearly pitch-black to human eyes.

Why do cats ignore the red dot of a laser pointer?

They do not — cats are extremely motivated by laser pointers. The reason they chase the dot is the motion, not the colour: red appears as a dull grey to a cat, but the rapid, unpredictable movement of the dot perfectly mimics the movement of prey and triggers the full hunting response. The colour is irrelevant; the motion is everything.

Can cats see ultraviolet light?

Possibly — research published in the Proceedings of the Royal Society B in 2014 found that cats (along with dogs, ferrets and several other mammals) have lenses that allow some ultraviolet light to reach the retina. Humans’ lenses filter UV out almost entirely. Whether cats can consciously perceive and distinguish UV wavelengths, or whether the UV simply reaches the retina without being processed as colour, is still being studied.

This guide is for general information only and is not a substitute for advice from a qualified veterinarian. If your pet seems unwell, contact your vet.

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Apr 1, 2026
How Long Do Hamsters Live?

Hamsters are among the most popular small pets in the world — and also among the most misunderstood when it comes to their care needs and lifespan. According to veterinarian Dr. Laurie Hess of the MSD Veterinary Manual, most pet hamsters live between 2 and 3 years — but this varies considerably by species, and the care a hamster receives has a measurable impact on whether it reaches the lower or upper end of that range. Understanding your specific species and what it needs is the starting point for providing a good life.

Lifespan by Species

There are 24 recognised hamster species, but only five are commonly kept as pets. Their lifespans differ significantly — knowing which species you have matters.

Species Also known as Average lifespan Notes
Syrian hamster Golden hamster, Teddy Bear hamster 2–3 years (up to 4 with excellent care) Most common pet hamster; solitary — must be housed alone
Roborovski hamster Robo hamster 3–3.5 years Longest-lived dwarf species; very fast and difficult to handle
Campbell’s dwarf hamster Campbell’s Russian 1.5–2 years Social; can live in same-sex pairs if introduced young
Winter White dwarf hamster Djungarian hamster 1.5–2 years Coat turns white in shorter day length; prone to diabetes
Chinese hamster — 2–3 years Slender body, longer tail than other species; semi-social

Syrian hamster

Lifespan: 2–3 years (up to 4)

Note: Must be housed alone — solitary species

Roborovski hamster

Lifespan: 3–3.5 years

Note: Longest-lived dwarf; very fast and shy

Campbell’s dwarf

Lifespan: 1.5–2 years

Note: Can live in same-sex pairs if introduced young

Winter White dwarf

Lifespan: 1.5–2 years

Note: Prone to diabetes — avoid sugary treats

Chinese hamster

Lifespan: 2–3 years

Note: Slender body, longer tail; semi-social

What Affects How Long a Hamster Lives

Genetics sets the ceiling — but care determines whether a hamster reaches it.

Enclosure size and enrichment

The minimum enclosure size recommended by most small animal veterinarians and welfare organisations is far larger than the small cages typically sold in pet shops. The RSPCA recommends a minimum of 80cm x 50cm of uninterrupted floor space for a Syrian hamster — many commercially sold “hamster homes” are significantly smaller than this. Hamsters in inadequate enclosures show stereotypic behaviours (repetitive, purposeless movements like bar-chewing or pacing) that indicate chronic stress — and chronic stress shortens life. A large enclosure with deep bedding for burrowing, a solid-surface exercise wheel of at least 28cm diameter for Syrians, hiding places, tunnels and foraging opportunities directly improves welfare and longevity.

Diet

A high-quality hamster-specific dry mix or pellet supplemented with small amounts of fresh vegetables forms the foundation of a healthy diet. Common mistakes include feeding excessive sugary fruits (particularly harmful to Winter White dwarfs, which are prone to diabetes), relying entirely on seed mixes (which hamsters selectively eat, leaving the nutritious components), and providing human food as treats. Fresh water in a bottle or heavy bowl must always be available. Obesity is common in pet hamsters on poor diets and contributes to shortened lifespan.

Exercise

Wild hamsters run 5–10 kilometres per night. A solid-surface exercise wheel is not optional — it is a welfare essential. Mesh or barred wheels cause foot and leg injuries. The wheel must be large enough that the hamster’s back is not arched during running: minimum 28cm for Syrian hamsters, minimum 20cm for dwarf species. A hamster without adequate running opportunity shows the same chronic stress indicators as one in an undersized enclosure.

Veterinary care

Many owners assume hamsters are too small to need veterinary attention — this is a misconception that results in preventable deaths. Dr. Tyson of Chewy recommends check-ups every 6–12 months for young hamsters and every 6 months for hamsters over 1 year old. Because hamsters age rapidly, a problem that would be minor in a dog can become serious in a hamster within weeks. Early detection of common conditions like dental disease, heart disease and tumours significantly improves outcomes.

Signs Your Hamster Is Ageing

Hamsters age rapidly — a 2-year-old Syrian is already an elderly animal. Knowing what normal ageing looks like helps distinguish it from illness.

  • Reduced activity: older hamsters sleep more and exercise less — this is normal as long as they still wake, eat and drink regularly
  • Gradual weight loss: some loss of muscle mass is normal in old age; sudden or significant weight loss is not
  • Coat changes: the coat may become slightly thinner or duller with age — this is normal; patchy fur loss is not
  • Slower movement: arthritis is common in older hamsters; a gentle, gradual slowing down is expected
  • Reduced interest in interaction: older hamsters often become less interested in handling — this should be respected

Signs of Illness That Need a Vet

Hamsters hide signs of illness instinctively — by the time symptoms are obvious, the condition is often advanced. These signs warrant same-day veterinary contact.

  • Sudden weight loss: visible prominence of spine or hip bones requires urgent assessment
  • Wet tail: a wet, soiled area around the tail and hindquarters is a sign of proliferative ileitis — a serious and rapidly fatal bacterial infection, particularly common in young Syrians; requires immediate veterinary treatment
  • Difficulty eating or drooling: dental problems including overgrown teeth and abscesses are common; a hamster that approaches food but cannot eat needs prompt attention
  • Laboured breathing or clicking sounds: respiratory infection or heart disease — both require urgent care
  • Lumps or swellings: tumours are very common in hamsters over 18 months; assessment determines whether the mass is benign or malignant and whether treatment is appropriate
  • Wet eyes or nasal discharge: signs of infection or respiratory disease
  • Inactivity during normal waking hours: a hamster that cannot be roused, is cold to the touch or is limp needs immediate veterinary attention — do not assume it is hibernating unless the room temperature has dropped significantly below 18°C

Further reading on hamster care:

FAQ

Why did my hamster die so quickly?

Hamsters have genuinely short lifespans — 2 to 3 years is normal, not a sign of poor care. If a hamster dies much earlier, common causes include wet tail in young animals, respiratory infections, undetected congenital conditions and, in dwarf species, diabetes. A hamster purchased from a pet shop may already be several months old.

Can hamsters hibernate?

Pet hamsters can enter a torpor-like state if the room temperature drops below around 10°C — but this is not true hibernation and is dangerous. A hamster in torpor may appear dead: unresponsive, cold and barely breathing. Warm the hamster gradually by holding it against your body and contact a vet. Never place it near direct heat. Keep pet hamsters in rooms maintained above 18°C to prevent this.

Should I get two hamsters so they are not lonely?

It depends entirely on the species. Syrian hamsters are solitary and will fight if housed together — sometimes fatally. Roborovski hamsters can sometimes cohabit in same-sex pairs. Campbell’s dwarfs may live in pairs if introduced as young littermates. Never house two hamsters together based on the assumption that company is good — always research your specific species first.

How do I know if my hamster is happy?

A happy hamster is active during its waking hours (evening and night), uses its wheel regularly, engages in burrowing and nest-building, has a healthy appetite and tolerates gentle handling without excessive biting or fleeing. Stereotypic behaviours — repetitive bar-chewing, persistent digging at the corners — are signs of stress and indicate the enclosure or environment needs improvement.

This guide is for general information only and is not a substitute for advice from a qualified veterinarian. If your hamster seems unwell, contact an exotic animal vet promptly — hamsters deteriorate quickly.

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Mar 8, 2026
Do Dogs Miss You When You Leave?

Yes — dogs genuinely miss their owners when they leave. A landmark study by researchers Therese Rehn and Linda Keeling, published in Applied Animal Behaviour Science, found that dogs greeted their owners with measurably more intensity after two hours apart than after just 30 minutes — and fMRI research by neuroscientist Gregory Berns at Emory University confirmed that a dog’s brain shows its strongest reward response to its owner’s specific scent, stronger than any other person or dog. This is not just wishful thinking on the part of dog owners. The science supports it.

What the Research Actually Shows

Three separate lines of scientific evidence confirm that dogs experience something genuinely comparable to missing their owners.

Dogs notice how long you have been gone

The Rehn and Keeling study filmed 12 dogs during three separate absences — 30 minutes, 2 hours and 4 hours — and measured the intensity of the greeting when the owner returned. Dogs greeted their owners more enthusiastically after 2 hours than after 30 minutes: more tail wagging, more physical contact-seeking, longer greeting duration. Critically, the response did not intensify significantly beyond 2 hours — suggesting that dogs miss their owners acutely in the first couple of hours, after which the emotional state levels off until reunion. The dogs were also observed waiting near the door through which their owner had left, rather than any other door — showing they tracked specifically where the person had gone.

Your scent activates your dog’s reward centre

Neuroscientist Gregory Berns used fMRI brain scanning — in dogs trained to lie still in a scanner — to measure brain responses to different scents. A dog’s own scent, a familiar dog’s scent, an unfamiliar dog’s scent, a familiar human’s scent and the owner’s specific scent were all tested. The owner’s scent produced the strongest activation of the caudate nucleus — the brain region associated with anticipation of reward and positive emotional states — of any stimulus tested. This means your dog’s brain treats your individual scent as one of the most positively loaded signals it knows. When you are not there, that signal is absent — which is the neurological basis of missing someone.

Dogs synchronise their stress with their owners

Research from Linköping University in Sweden found that dogs’ long-term cortisol levels (a stress hormone) closely mirror those of their owners — dogs with stressed owners are more chronically stressed themselves, and calmer owners have calmer dogs. This deep emotional synchronisation is further evidence of how tightly bonded dogs are to their specific humans. The same bond that makes dogs mirror an owner’s stress also makes the owner’s absence a meaningful emotional event — not just the removal of a convenient food source.

Signs Your Dog Missed You

The greeting when you return is the most obvious evidence — but dogs show other signs of having missed you too.

  • An enthusiastic greeting: the classic tail-wagging, jumping, licking, spinning reunion — more intense after longer absences, as the research confirms
  • Following you from room to room: after a reunion, dogs often shadow their owners closely for a period — re-establishing proximity after the separation
  • Bringing you a toy or object: some dogs instinctively pick something up when greeting their owner, which appears to be a way of channelling the excitement of reunion into a physical action
  • Sticking close to your belongings: during your absence, dogs frequently rest near items that carry your scent — your pillow, worn clothing, the sofa where you usually sit — which provides the same neurological comfort signal as your presence
  • Settling quickly after reunion: a dog that was anxious during your absence will often visibly relax and settle within minutes of your return, once the emotional need is met

Missing You vs Separation Anxiety: The Difference

Missing you is normal and healthy. Separation anxiety is a clinical condition that requires attention.

Missing you (normal) Separation anxiety (clinical)
While you’re away Settles after a short period, rests, waits Persistent distress throughout absence
Behaviour during absence Rests near your belongings, waits near door Destructive behaviour, howling, house-soiling, self-injury
On your return Enthusiastic greeting, settles quickly Frantic, over-the-top greeting, slow to settle
Impact on daily life None significant Affects dog’s welfare and often owner’s routine
Action needed None — this is healthy bonding Veterinary or behaviourist consultation recommended

Missing you (normal)

While away: Settles after a short period, waits

On return: Enthusiastic greeting, settles quickly

Action needed: None — healthy bonding

Separation anxiety (clinical)

While away: Persistent distress, destructive behaviour, howling

On return: Frantic, over-the-top, slow to settle

Action needed: Vet or behaviourist consultation

How to Help Your Dog When You’re Away

You cannot eliminate your dog missing you — and you would not want to. But you can make the time apart easier.

  • Leave a worn item of clothing: because your dog’s brain responds specifically to your individual scent, a recently worn piece of clothing provides genuine neurological comfort — not just psychological comfort from the owner’s perspective
  • Pet your dog before you leave: research found that dogs whose owners petted them briefly before leaving had noticeably lower heart rates during the separation than dogs whose owners left without contact — a simple action with a measurable calming effect
  • Provide a food-dispensing puzzle before you go: engaging your dog’s brain with a challenge as you leave reduces the transition from “together” to “alone” and gives them something constructive to focus on
  • Keep departures and arrivals calm: making leaving and returning into big emotional events increases the emotional contrast — a calm departure and a moderate greeting helps your dog learn that separation is unremarkable and reunion is reliable
  • Maintain a consistent routine: dogs whose owners leave and return at predictable times adjust more easily — the predictability reduces anticipatory anxiety

Further reading on the dog-owner bond:

FAQ

Does my dog think about me while I’m at work?

The evidence suggests yes — your dog associates your specific scent with reward and positive emotion, and that signal is absent while you are away. Dogs also appear to track the passage of time to some degree, with research showing their greeting intensity increases up to around two hours. Whether “thinking about you” in the abstract, narrative sense humans experience is happening is harder to confirm — but something meaningful is clearly going on.

Will my dog remember me after a long trip?

Yes — dogs have been documented recognising their owners after separations of months and even years. Scent memory in dogs is extraordinarily durable. The reunion greeting after a long absence is typically more intense than after a short one, consistent with what the research on shorter separations would predict.

Should I say goodbye to my dog when I leave?

A calm, brief acknowledgement before leaving — including a short petting moment — appears to reduce separation stress. However, a drawn-out, emotional farewell can increase anxiety by signalling to your dog that something unusual and stressful is happening. Keep departures calm and consistent: a few seconds of gentle contact, then leave without drama.

Do some breeds miss their owners more than others?

Breeds developed specifically for human companionship — such as Cavalier King Charles Spaniels, Bichon Frises and Labrador Retrievers — tend to form particularly intense owner attachments and are more prone to separation-related distress. More independent breeds bred for working alone, such as some sighthounds and Nordic breeds, may handle separation better — though individual personality variation is at least as important as breed.

This guide is for general information only and is not a substitute for advice from a qualified veterinarian or certified animal behaviourist. If your dog shows signs of clinical separation anxiety, contact your vet.

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Mar 7, 2026
Pet Turtle Care Guide

Pet turtles look simple to care for — a small tank, some water and a few pellets. The reality is considerably more demanding, and the commitment is far longer than most owners anticipate. According to veterinary guidance from Chewy’s exotic vet team, aquatic turtles can live 20 to 40 years and some tortoise species exceed 100 years. A turtle bought as a child’s pet may outlive everyone in the household. Understanding this before bringing one home is the single most important piece of turtle care advice there is.

Common Pet Turtle Species and Their Lifespans

Species matters enormously in turtle care — diet, habitat, temperature and lifespan all vary significantly between species.

Species Type Adult size Lifespan Best for
Red-eared slider Aquatic 20–30 cm 20–40 years Experienced beginners with space for a large tank
Painted turtle Aquatic 10–25 cm 25–30 years Beginners — hardy and active
Musk turtle Aquatic 7–14 cm 30–50 years Beginners — smaller tank requirements
Box turtle Semi-terrestrial 12–20 cm 40–100 years Experienced keepers — complex needs
Hermann’s tortoise Terrestrial 15–30 cm 50–80 years Dedicated keepers — lifelong commitment

Red-eared slider

Type: Aquatic

Lifespan: 20–40 years

Best for: Experienced beginners with a large tank

Painted turtle

Type: Aquatic

Lifespan: 25–30 years

Best for: Beginners — hardy and active

Musk turtle

Type: Aquatic

Lifespan: 30–50 years

Best for: Beginners — smaller tank requirements

Box turtle

Type: Semi-terrestrial

Lifespan: 40–100 years

Best for: Experienced keepers

Habitat: What a Turtle Actually Needs

The small plastic tanks with a palm tree sold in pet shops are not suitable long-term homes for any turtle species. Most turtles require considerably more space and more equipment than buyers are told at the point of purchase.

Tank size

A commonly used guideline for aquatic turtles is 10 gallons of water per 2.5 cm of shell length — which means an adult red-eared slider (up to 30 cm) requires at minimum a 120-litre tank. Baby turtles sold at 5 cm will be adults at 25 cm; buying a small starter tank creates an expensive replacement cycle. A larger tank is always better, and outdoor ponds are excellent for appropriate species in mild climates.

Water quality and filtration

Aquatic turtles are messy — they defecate in the water they live in, eat in and drink from. A high-quality filtration system rated for at least twice the tank volume is essential. Without proper filtration, ammonia and bacteria levels rise rapidly, causing shell rot, respiratory infections and eye disease. Partial water changes of 25–30% every one to two weeks maintain water quality alongside the filter. Water temperature for most aquatic species should be maintained at 24–28°C.

Basking area and heat

All turtles are ectotherms and require a thermal gradient — a warm basking area and cooler water — to regulate their body temperature. The basking spot should reach 30–35°C under a heat lamp positioned above a dry platform the turtle can fully climb out onto. Without adequate basking opportunity, turtles develop respiratory infections and shell problems. A basking platform that the turtle cannot fully exit the water onto is inadequate.

UVB lighting

UVB light is not optional — it enables turtles to synthesise vitamin D3, which is essential for calcium absorption and shell health. A turtle kept without UVB will develop metabolic bone disease and soft shell over time. UVB bulbs must be replaced every 6 months even if they still appear to emit light, as UVB output degrades before visible light does. The bulb must be within the manufacturer’s recommended distance of the basking area and not blocked by glass or plastic, which filters out UVB.

Diet and Nutrition

What a turtle eats depends entirely on species — and feeding the wrong diet is one of the most common causes of health problems in pet turtles.

  • Aquatic turtles (red-eared slider, painted turtle): omnivores — juveniles eat 70% protein (aquatic turtle pellets, feeder fish, earthworms, crickets) and 30% plant matter; adults shift toward 60% plant matter (leafy greens, aquatic plants) and 40% protein
  • Musk turtles: primarily carnivorous — insects, earthworms, small fish, aquatic invertebrates; less plant matter than sliders
  • Box turtles: true omnivores — earthworms, slugs, berries, mushrooms, leafy greens, fruit; diet should closely mirror what they would find in the wild
  • Tortoises: primarily herbivorous — high-fibre grasses and leafy greens; fruit only in small amounts; never feed dog or cat food, dairy or high-protein animal products

All species benefit from calcium supplementation — dust food with a calcium powder without vitamin D3 (since vitamin D3 comes from UVB, not diet) several times per week. Feed aquatic turtles in a separate feeding container to reduce water contamination from uneaten food.

Common Health Problems and Warning Signs

Like all reptiles, turtles hide signs of illness instinctively. By the time symptoms are obvious, the condition is often advanced. These warning signs require prompt veterinary attention from an exotic animal specialist — not a standard dog-and-cat vet.

  • Shell rot (ulcerative shell disease): soft patches, discolouration, pitting or foul smell on the shell indicate bacterial or fungal infection — caused by poor water quality and inadequate basking; requires veterinary treatment and improved husbandry
  • Respiratory infection: wheezing, open-mouth breathing, mucus around the nostrils or mouth, listing to one side while swimming — caused by cold temperatures or poor water quality; requires antibiotics from a reptile vet
  • Swollen or closed eyes: a very common sign of vitamin A deficiency in aquatic turtles fed a poor diet, or of infection; requires veterinary assessment
  • Metabolic bone disease: soft shell, deformed limbs, difficulty moving — caused by insufficient UVB or calcium; reversible if caught early, permanent if advanced
  • Refusal to eat for extended periods: normal during cooler months in some species (brumation); abnormal at other times or when accompanied by lethargy, weight loss or other symptoms
  • Bloating or inability to submerge: a turtle that floats on one side or cannot dive normally may have a respiratory infection or other internal problem requiring urgent assessment

Further reading on turtle care:

FAQ

Can I keep a tiny turtle in a small tank forever?

No. Turtles grow — a red-eared slider sold at 5 cm will reach 25–30 cm as an adult and need a tank of at least 120 litres. The small starter tanks sold with hatchlings are suitable for a few months at most. Planning for the adult size before purchase avoids the most common turtle-keeping mistake.

Do turtles recognise their owners?

Yes — turtles can learn to associate their owners with feeding and will often swim to the front of the tank when their regular keeper approaches. They recognise familiar people through visual and vibrational cues. They are not as demonstratively interactive as dogs or cats, but they are more aware of their surroundings and their keepers than most people expect.

Can I release my turtle into a local pond or river?

No — this is illegal in many countries and ecologically harmful in all of them. Pet turtles may carry diseases that devastate native populations, and species like red-eared sliders are highly invasive in environments outside their natural range, where they outcompete native turtles for food and basking sites. If you can no longer care for a turtle, contact a reptile rescue organisation.

Do pet turtles carry salmonella?

Yes — all reptiles, including turtles, can carry Salmonella bacteria without showing any signs of illness. This is why the US FDA prohibits the sale of turtles under 10 cm shell length, and why careful hand-washing after handling any turtle or cleaning its habitat is essential. Children under 5, elderly people and immunocompromised individuals should take extra precautions.

This guide is for general information only and is not a substitute for advice from a qualified exotic animal veterinarian. Turtle care requirements vary significantly by species — always research your specific species before purchasing.

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