Most people who experience headaches that start at the base of the skull, spread over the crown, or wrap from the back of the head to the eye have been told they have migraine, tension headache, or stress-related headache. These labels describe the symptoms accurately. What they frequently do not describe is the source.
A headache that comes from the neck is generated by dysfunction in the upper cervical spine, specifically the joints, muscles, and nerves at C1, C2, and C3, and referred into the head through a specific brainstem pathway called the trigeminocervical complex. The person experiencing it feels the pain in their head. Often severely. Often indistinguishably from migraine. But the origin is in the neck, and no amount of migraine medication or stress management reaches the cervical joints that are generating the pain.
The Watson Headache Approach, available at MyoFitness across Melbourne at Yarraville, North Melbourne, and Surrey Hills, is built specifically to identify and treat this. It tests each upper cervical segment individually to determine whether provocation of C1, C2, or C3 reproduces the familiar headache, confirming the neck as the source. When it does, the Watson Headache program treats those specific segments directly, reducing the abnormal afferent input that is producing the head pain and progressively resolving the pattern.
A headache from the neck is not a headache accompanied by a sore neck. It is a headache generated by the neck and perceived in the head. The pain appears where the trigeminal nerve says it should appear. The source is where the upper cervical joints have become dysfunctional.
The trigeminal nerve is the sensory nerve of the head and face. It supplies the scalp, forehead, temples, periorbital area, face, jaw, and the meninges surrounding the brain. Everything in the head that can generate pain does so through the trigeminal nerve.
The trigeminal nerve descends from the brainstem downward into the upper spinal cord to approximately the C3 level. The nucleus it uses to process pain signals, the trigeminal nucleus caudalis, sits in the lower brainstem at the same level as the dorsal horn cells receiving input from the C1, C2, and C3 nerve roots.
These pathways converge in the same structure. When C2 is dysfunctional, the afferent signals it generates travel to the trigeminal nucleus caudalis, which the brain associates with head pain. The brain processes those signals as head pain and perceives them in the trigeminal distribution of the head: the occiput, the temple, the periorbital region, the vertex. The neck is the generator. The head is where the pain appears. This convergence is the trigeminocervical complex, and it is the neurophysiological reason headaches come from the neck.
Why the neck is so rarely examined as a source of headache
The reasons that headache from the neck goes unidentified for years in many people are clinical rather than obscure. When someone presents with head pain, assessment focuses on the head. Imaging of the brain. Neurological testing. A symptom description that maps onto recognised headache classifications. The cervical joints at C1, C2, and C3 are not specifically assessed in this process, and the opportunity to identify the cervical source is missed every time.
This is compounded by the fact that many people with headache from the neck do not experience prominent neck pain. The neck may feel slightly stiff or restricted, but no more so than expected from a busy life. There is nothing in the experience of the headache that clearly points to the neck as its origin. Without specific manual testing of the upper cervical segments, the connection is never made, and the headache is managed under a primary headache diagnosis indefinitely.
Our practitioner attended the Watson Headache Institute Level 1 Foundation Headache Course titled “Cervicogenic Headache and The Role of C1-C3 Cervical Afferents in Primary Headache” presented by Dr Dean H Watson PhD, Australian Musculoskeletal Physiotherapist. For further information, go to: www.WatsonHeadacheApproach.com
The course was based on the Watson Headache Approach, a protocol for the skilled assessment and management of the upper cervical (neck) spine in Cervicogenic and Primary Headache, and related conditions in which the underlying dysfunction is sensitisation of the lower brainstem. The Watson Headache Approach is recognised as a scientifically researched method of examination as well as a comprehensive clinical management system. For further information, go to: www.WatsonHeadacheApproach.com
If your dizziness or vertigo is associated with neck stiffness, worsens with neck movement, or occurs alongside headache, the upper cervical spine may be contributing to your vestibular migraine pattern. Watson Headache assessment at MyoFitness tests this directly. Three Melbourne clinics. No referral required.
The reasons that headache from the neck goes unidentified for years in many people are clinical rather than obscure. When someone presents with head pain, assessment focuses on the head. Imaging of the brain. Neurological testing. A symptom description that maps onto recognised headache classifications. The cervical joints at C1, C2, and C3 are not specifically assessed in this process, and the opportunity to identify the cervical source is missed every time.
This is compounded by the fact that many people with headache from the neck do not experience prominent neck pain. The neck may feel slightly stiff or restricted, but no more so than expected from a busy life. There is nothing in the experience of the headache that clearly points to the neck as its origin. Without specific manual testing of the upper cervical segments, the connection is never made, and the headache is managed under a primary headache diagnosis indefinitely.
The four most common reasons the neck develops dysfunction
Forward head positioning during prolonged desk work, screen use, and driving places C1, C2, and C3 in sustained extension under load for many hours each day. Over months and years, this cumulative loading produces joint stress, muscular overload, and progressive dysfunction at the upper cervical levels. This is the most common mechanism producing headache from the neck seen at MyoFitness across all three Melbourne clinics.
The rapid acceleration-deceleration of a motor vehicle accident produces shear forces through the upper cervical joints, particularly the C2-C3 facet joint, that can cause immediate dysfunction or create a structural vulnerability that progresses over subsequent months or years. Post-whiplash headache from the neck is one of the most clinically significant presentations at MyoFitness, often beginning or intensifying long after the original injury.
Road cyclists in sustained aerodynamic positions, swimmers with repetitive cervical rotation, gym-goers performing heavy loaded movements, and contact sport participants all accumulate upper cervical loading that, over training seasons, produces dysfunction at C1, C2, or C3. Headache from the neck in athletes frequently develops gradually across a training block and is attributed to overtraining or dehydration rather than cervical dysfunction.
Dentists, surgeons, sonographers, electricians, and tradespeople whose work requires sustained cervical positioning in specific directions for extended periods develop upper cervical dysfunction through repetitive occupational loading. The pattern develops over years and is often not connected to the work activity because the headache feels like a general stress or tiredness response rather than a structural problem.
Poor sleeping posture can place the neck in a sustained rotated or side-bent position for six to eight hours every night. An unsupportive pillow or sleeping on the stomach often increases loading through the upper cervical joints (C1–C3), preventing these structures from recovering between days. Over time, repeated overnight stress may contribute to neck stiffness, reduced mobility, and headaches that are often worse on waking. Many people blame stress or poor sleep quality when the underlying issue is persistent mechanical loading of the upper cervical spine.
Frequent jaw clenching or teeth grinding creates excessive tension through the jaw muscles, temporomandibular joint (TMJ), and upper cervical spine. Because the jaw and upper neck share neurological connections through the trigeminocervical complex, prolonged muscle overactivity can increase irritation around C1–C3 and contribute to headaches, facial pain, and neck stiffness. Symptoms often develop gradually and may be most noticeable first thing in the morning, making the relationship between jaw function and headache easy to overlook.
The MyoFitness Yarraville clinic at 231 Hyde Street is accessible from across the inner west. All of the following suburbs are within easy reach of the clinic.
MyoFitness also operates clinics in North Melbourne at 154 Peel Street and Surrey Hills at 296A Canterbury Road. All three clinics offer Watson Headache® Approach assessment and treatment for migraine.
Three well-established clinics across North Melbourne, Yarraville, and Surrey Hills, each delivering the same standard of clinical care.
A clinical team spanning remedial massage, myotherapy, physiotherapy, lymphatic drainage, and psychology under one roof.
Recognised for clinical outcomes, patient experience, and professional standards across the allied health industry.
Every session begins with a clinical assessment. Treatment is directed at the actual cause of your pain, not just the location where you feel it.
The following clinical features are most commonly associated with headache from the neck. No single feature confirms the diagnosis. The Watson Headache assessment at MyoFitness is the clinical test that provides specific confirmation.
