Category: Non Infill Artificial Turf

  • Here Comes the Sun: A Last Chance for the Climate and a Fresh Chance for Civilization’ by Bill McKibben

    Published in August 2025, this nonfiction book is McKibben’s most direct call yet to speed up the solar revolution. He argues that sunlight and wind are now the cheapest energy sources. If you’re looking for data mixed with story clarity, this book:

    • Focuses on how solar and wind power are expanding faster than any energy source in history
    • It matters as we see optimism and strategy: proof that clean energy is already underway

    4. ‘Birch and Jay’ by Allister Thompson

    This is actually a fiction novel (it goes under climate-fiction type) with an engaging story. We also see the future-crisis setting. Published in April 2025, the author tells the story of two people whose lives keep circling back to each other in a small rural town. It’s a quiet reflection on loss and how people rebuilt:

    • It focuses on how personal relationships mirror the natural world
    • It matters as we see how the author uses human connection just to send us a reminder on what’s at stake in a place that all we call home

    5. ‘Life on a Little-Known Planet: Dispatches from a Changing World’ by Elizabeth Kolbert

    Published in November 2025, this new nonfiction collection gathers the author’s reports. She writes about melting glaciers, communities that are trying to adapt, and so much more. Her writing stays rooted in fact but never loses the human detail:

    • As we mentioned, it is nonfiction type which is written in investigative style; and it also was published by Crown Publishing Group, featuring in Kirkus Reviews as a Most Anticipated Fall 2025 release
    • Also, Kolbert is a Pulitzer Prize–winning author for The Sixth Extinction, so it is just adding authority to this work
  • When Will This Outbreak Slow Down?

    Outbreaks tend to fade when:

    • Movement stops
    • Cases are isolated early
    • Barns adopt strict biosecurity
    • Events enforce regulations

    However, new clusters can appear when:

    • Travel resumes too quickly
    • Infected but asymptomatic horses move between barns
    • Facilities fail to disinfect equipment or shared spaces

    Seasonality also plays a role—winter barns with low ventilation are especially vulnerable.

  • Environmental Hygiene: The Overlooked Factor

    Disinfection is critical—EHV can linger on surfaces for hours to days depending on temperature and humidity.

    Use virucidal disinfectants with proper contact time:

    • Accelerated hydrogen peroxide
    • Quaternary ammonium compounds
    • Bleach solutions (freshly mixed)

    Clean high-touch surfaces often:

    • Stall latches
    • Lead ropes
    • Aisleway light switches
    • Grooming tools

    Manure management and proper waste disposal further reduce viral load in the environment.

  • Treatment & Recovery: What Owners Should Expect

    There is no cure for EHV, but supportive care improves outcomes dramatically.

    Typical treatment includes:

    • Anti-inflammatory medications
    • Fluids for hydration
    • Antiviral medications in some cases
    • Bladder support for neurologic horses

    Most respiratory cases recover fully with rest. Neurologic cases require intensive care, sling support in some situations, and close monitoring.

    Recovery timelines vary:

    • Respiratory cases: 2–4 weeks
    • Neurologic cases: Weeks to months

    Can Vaccines Prevent an Outbreak? Yes—and No.

    EHV vaccines are an important tool, but their role is often misunderstood.

    What vaccines can do:

    • Reduce severity of respiratory symptoms
    • Reduce viral shedding
    • Decrease risk in pregnant mares

    What vaccines cannot guarantee:

    • Full prevention of neurologic EHM
    • A virus-proof barn
    • Immunity during high-stress travel

    Still, a well-timed vaccination schedule reduces overall outbreak severity, especially in show barns and breeding facilities.

  • Early Symptoms of EHV You Need to Watch For

    During an outbreak, fever is often the first red flag. Many barns catch EHV early simply by taking temperatures twice a day.

    Common early signs

    • Fever above 101.5°F
    • Nasal discharge
    • Lethargy or unusual quietness
    • Coughing or reduced appetite

    Neurologic (EHM) symptoms

    • Hind-limb weakness
    • Stumbling or wobbly gait
    • Difficulty urinating
    • Inability to stand

    These neurologic cases require immediate veterinary intervention.

    What You Should Do Today If You’re in an Affected Region

    When EHV cases appear in your area—or anywhere along your horse’s travel route—swift action is your best defense.

    1. Stop All Horse Movement

    No clinics, no shows, no hauling. Virus spread almost always accelerates through travel.

    1. Begin Temperature Checks

    Record temperatures twice daily. A rising temp is often the first—and only—early warning.

    1. Establish Quarantine Protocols

    Any horse with fever or exposure should be isolated for 21–28 days with:

    • Separate handler
    • Separate equipment
    • No shared airflow if possible
    1. Contact Your Veterinarian

    PCR testing is the gold standard for confirming infection.

    1. Alert Your Boarding Barn or Event Organizer

    Outbreak control is community-based. Transparency saves horses.

  • How EHV Survives in the Barn Ecosystem

    Outdoors, sunlight and airflow help break down viral particles.
    Indoors, the story changes dramatically.

    EHV can persist on:

    • Stall walls and latches
    • Water buckets
    • Halters and lead ropes
    • Brooms, rakes, pitchforks
    • Shared tack and grooming kits
    • Trailer dividers and tie rings

    The virus survives longer in:

    • Cold, moist environments
    • Poorly ventilated barns
    • High-traffic stalls and shared spaces

    This is why winter show seasons and high-density stabling environments are often associated with larger outbreaks.

    Disinfecting with proven virucidal agents—like accelerated hydrogen peroxide or freshly mixed bleach—is essential, but contact time matters. A quick wipe is not enough.

  • Does EHV Affect Other Animals? Here’s the Clarifying Science

    EHV is species-specific.
    Humans cannot get sick from it. Dogs, cats, cattle, and wildlife are not biologically susceptible.

    However—there’s an important catch:

    Humans can carry the virus between horses.

    Not in their bloodstream, but on:

    • Hands
    • Clothing
    • Jackets
    • Boots
    • Grooming tools they touch

    This “mechanical transmission” is a major driver of multi-state outbreaks. A person leaving one infected barn can unknowingly bring the virus to the next.

    Donkeys, mules, ponies, and zebras can get EHV, but horses remain the primary risk group.

  • C. Reproductive Damage: The Silent Threat to Breeding Farms

    For pregnant mares, EHV brings a different set of dangers.
    The virus can cross the placental barrier, leading to:

    • Abrupt abortion (often without warning)
    • Premature or weak foals
    • Potential outbreaks within the broodmare band

    A single EHV abortion often triggers a full-farm lockdown, meaning halted breeding operations, isolation zones, and strict biosecurity for weeks.

    For farms operating on seasonal timelines, these losses are not just emotional—they can reshape an entire year’s breeding program.

    Long-Term Impacts on Horses: Recovery Isn’t Always Linear

    EHV is a herpesvirus, which means once a horse is infected, the virus can lie dormant for life. Stress, travel, and illness can reactivate it—similar to cold sores in humans.

    Some horses experience:

    • Persistent weakness or coordination issues after EHM
    • Long-term respiratory sensitivity
    • Reduced athletic performance
    • Higher vulnerability to future infections

    While many horses recover well, others never return to their previous form, especially in high-intensity disciplines like barrel racing, eventing, or racing.

  • The Science Behind Fast Transmission

    EHV is not airborne in the way measles or COVID-like viruses are. Instead, it spreads through a mix of close respiratory contact, contaminated surfaces, and human involvement. Here’s how:

    1. Nose-to-Nose Contact

    Horses greeting each other over stall doors, fences, and at the wash rack can pass the virus within seconds.

    1. Respiratory Droplets in Enclosed Barns

    Coughing, snorting, or simply breathing in poorly ventilated aisles can move viral particles through the air.

    1. Contaminated Surfaces

    Items that travel between horses—lead ropes, buckets, bits, grooming tools—can harbor the virus.

    1. Human Spread

    Grooms, farriers, trainers, and owners can unintentionally transport the virus on clothing, hands, and equipment.

    1. Stress, Travel & Immune Suppression

    Hauling, hard competition schedules, and winter confinement all lower immunity, making horses more susceptible after exposure.

  • Key Numbers at a Glance (As of November 25, 2025)

    You can summarize these data points in a callout box or sidebar:

    • Index event: WPRA World Finals & Elite Barrel Race, Waco, Texas (Nov 5–9)
    • Confirmed linked cases: 33+ horses with EHV (including EHM) associated with that event
    • States with confirmed linked cases so far:
      TX, OK, LA, CO, NM, WA, AZ, SD
    • Reported euthanasias: At least two horses in Texas due to severe EHV-1/EHM

    Trend: Case numbers expected to rise further as exposed horses are tested and monitored over the coming 1–2 weeks.