If you are parenting a neurodivergent child—especially one with ADHD—you have likely tried a wide range of supports: routines, visual schedules, behavioral strategies, therapy, school accommodations, and perhaps medication. All of these can be important pieces of the puzzle. But what if one of the most effective, evidence-based supports for attention, emotional regulation, and overall well-being is also one of the simplest? Green Time: Time outside.

If you are parenting a child with ADHD, chances are you’ve had this thought—maybe more than once: “Why won’t they just do it?”. You’ve reminded. You’ve explained. You’ve taken things away. You’ve tried rewards, consequences, and probably a mix of both. And still, the same struggles show up—unfinished homework, ignored directions, resistance to everyday tasks. This is not a willpower problems, it's motivation.

As children move through school, academic expectations naturally increase. Homework becomes more complex, teachers expect greater independence, schedules become busier, and social situations become more nuanced. For neurodivergent children, however, increasing school demands can sometimes feel overwhelming. Parents often notice changes as demands increase.

emerging research is shedding light on something equally important—and often more concerning: children with ADHD are significantly more likely to experience depression. An article first published in 2025 highlighted a striking statistic: children with ADHD may be up to six times more likely to develop depression compared to their neurotypical peers.

Co-regulation is a process where two people regulate their emotions through their relationship with each other. For children, their parents and caregivers are often the default relationships where this process happens. For children with ADHD, who already struggle with flexibility, impulse control, and emotional regulation, this parent co-regulation relationship is an incredibly important part of learning emotional regulation.

If you’ve ever watched your child become completely absorbed in a table top game—creating characters, building worlds, and collaborating with others—you may have wondered: Is this just play, or is something deeper happening? According to research, tabletop role-playing games may function as a kind of “drama therapy in the wild,” helping players develop a stronger sense of identity, self-esteem, and belonging.

If you are parenting a child with ADHD, you have likely noticed something important: your child’s need for movement, stimulation, or sensory input is not random. It follows patterns. Some days they seem to bounce off the walls. Other days they appear sluggish, unfocused, or irritable. A well-designed sensory diet can help.

Emerging research published in Sage Journals reveals something nuanced: children with ADHD may process faces differently at a neurological level, which directly impacts how they understand social interactions. Specifically, the study found that children with attention-related differences may struggle to process faces as a whole, instead taking in information piece by piece.

As the school year comes to a close, many parents find themselves reflecting on the academic, emotional, and social challenges their child experienced throughout the year. Perhaps report cards revealed ongoing struggles despite effort. Maybe teacher conferences raised concerns about attention, learning, or executive functioning. For many families, these concerns lead to an important question: Should we schedule a psychoeducational evaluation this summer, or wait until the sch

But a growing body of research, including a recent study published in the Journal of Attention Disorders, is reshaping what we understand about ADHD in women. If you’re a neurodivergent adult woman—or someone who suspects you might be—this research is not just interesting. It’s validating. It helps explain why your symptoms may feel inconsistent, misunderstood, or dismissed altogether.

For years, attention-deficit/hyperactivity disorder (ADHD) has been defined by three core symptoms: inattention, hyperactivity, and impulsivity. If your child struggles to focus, sits still with difficulty, or acts before thinking, ADHD may come to mind quickly. But what if those aren’t the whole story?

Many parents of neurodiverse children have heard the same refrain sometimes from teachers, sometimes from family, and sometimes from well-meaning professionals: “They just need to try harder.” It often comes packaged as encouragement. The implication is that motivation is the missing ingredient, that effort alone will close the gap between expectations and performance.

As the school year winds down, many families look forward to warmer weather, relaxed schedules, and a well-earned break. But for neurodiverse children—especially those with ADHD, autism, learning differences, or sensory processing differences—end-of-year transitions can feel less like a celebration and more like a disruption. Routines shift. Expectations change. Familiar teachers and support staff disappear. Predictability fades.

Following a psychoeducational evaluation, parents often ask, “How do I share these results with my child?”. Below are conversation scripts parents can use to explain common neurodevelopmental differences to children. These are not meant to be memorized word-for-word. Instead, they provide language that is supportive, accurate, and strengths-based, while helping children understand their brains without shame.

f your child often seems “elsewhere,” slow to get started, mentally foggy, or quietly overwhelmed rather than disruptive, you may have encountered a set of traits that are still poorly understood and frequently overlooked. Many parents describe their child as bright and thoughtful, yet chronically disengaged, exhausted by school demands, or unable to sustain mental effort in ways that don’t look like classic ADHD. Researchers have begun to use the term Cognitive Disengagement

For many neurodivergent individuals with ADHD, children and adults alike, emotional pain can arrive suddenly, intensely, and without warning. A brief comment from a partner. A delayed text from a friend. Constructive feedback at work. A child’s frustrated tone. What may seem small or manageable to others can feel overwhelming—like a wave of shame, panic, or despair that takes over your entire nervous system. If this experience feels familiar, you may be encountering Rejection

If you or someone you know has ever felt overwhelmed by the feeling of clothes on your skin, hated tags, or felt more bothered by touch than others seem to be, you’re not alone — and recent research supports that this is real and measurable in the brain. A new study published in BMC Psychiatry looked at how adults with Attention-Deficit/Hyperactivity Disorder (ADHD) process touch differently from adults without ADHD.

Romantic relationships are some of the most fulfilling, complex, and emotionally demanding parts of adult life. For neurodivergent adults—especially those with ADHD these dynamics can feel even more intense. A new study published in the Journal of Social and Personal Relationships sheds light on one of the most painful experiences many adults with ADHD report: wanting support from a partner, trying to express that need, and still feeling emotionally shortchanged.

ADHD is one of the most commonly diagnosed neurodevelopmental conditions in children worldwide. Rates of diagnosis have climbed substantially over the past decade. What emerges from the science is nuanced and important: the rise reflects changes in professional practice, societal awareness, educational expectations, diagnostic systems, and access to support — not a simple “epidemic” of disease.

When children struggle with learning, routines, or follow-through, adults are often given a cluster of terms: attention, working memory, processing speed, or an overlap. These terms are frequently used interchangeably, even though they refer to different brain-based functions. For parents, this can feel confusing and overwhelming. If everything looks the same on the surface—unfinished work, missed instructions, slow output—how are you supposed to know what is actually going o