MASS WHALE STRANDINGS CAUSED BY METEOROIDS AND METEOR SHOWERS. The completed paper can be found below in the 2024 January 7th post titled Connection between Meteoroids and Mass Whale Strandings. “It is not known why they sometimes run aground on the seashore: for it is asserted that this happens rather frequently when the fancy takes them and without any apparent reason.” -Arisotle
2026, September 15. South Pacific, ~2000 km east of Auckland, New Zealand. Airburst. Time: 11:26:13UT. Coordinates: (37.6S, 161.6W). Altitude: 37.0km. Energy: e = 2.2e10; -e = 0.079 or 79,000 kg/TNT. Velocity Components: NA. This is the 23rd airburst recorded by NASA this year. Ratio 2025:2026 = 29:23.
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2026, September10. New Zealand, Cook Strait. Camera: Tapo facing North and West in Marlborough. Fireball. Time: 21:51. Duration: 5 seconds. I'm waiting for audio data, if any, on this.
2026, September 14. New Zealand, Marlborough coastline, Cloudy Bay, Wairau Bar coastline, near the mouth of the Wairau River. A juvenile pygmy right whale stranded. At the moment, it's not clear if death occurred before beaching.
This is a stranding in Iran. The Gulf of Oman and Persian Gulf are at high risk of cetacean fatalities. Upon seeing the dolphin deaths from the Ukraine/Russia war (Black Sea and the Sea of Azov), it's prudent and transparent to collect and share data.
2026, September 13. Iran, near Bandar Charak (Bandar Lengeh County) in the Hormozgan Province. A large furrow whale carcass, initially identified as a Bryde’s whale, has been discovered on the coast. Its cause of death remains unknown as the state of decomposition is advanced. Historically, at least 26 baleen whale events, with nearly half explicitly identified or tentatively verified as Bryde’s whales. Genetic and morphological reviews of historical "Bryde's whale" strandings in Iran revealed that some coastal specimens were actually Omura's whales (Balaenoptera omurai). For example, a juvenile live-stranding at Qeshm Island in September 2007 was initially thought to be a Bryde's whale but was later re-evaluated as an Omura's whale.
Also: 2026, September 14. USA, California. A subadult fin whale floating ~10km offshore. In the first stages of decomposition.
The year 2009 stands out as an extraordinary period of oceanic and atmospheric activity across the Southern Hemisphere. When we map global high-energy bolide airbursts against regional cetacean mass stranding events, a spatial-temporal pattern emerges: energetic meteor impacts delivering low-frequency pressure acoustic waves directly into key marine corridors, closely aligned with severe disorientation and mortality events among deep-diving odontocetes and baleen whales.
The Atmospheric Drivers: 2009 Energetic Bolide Logs
Throughout 2009, satellite arrays and the International Monitoring System (IMS) recorded several energetic airbursts over the Southern Indian Ocean, the Antarctic shelf, and the Indo-Pacific.
January 10, 2009 (07:42 UTC) — Antarctic Ice Shelf: A high-altitude airburst occurred at -64.0S, 122.8E at an altitude of 26.5 km and entry velocity of 23.7 km/s, radiating an optical energy of e = 2.3 x 10^11 Joules (approx 82 t TNT equivalent yield).
January 19–20, 2009 — The "Southern Corridor" Infrasound Event: IMS infrasound stations (including IS07 in Western Australia and IS36 in New Zealand) triangulated an energetic low-frequency acoustic signature originating over the Southern Indian Ocean. The pulse propagated through atmospheric and oceanic channels across thousands of kilometers.
April 10, 2009 (18:42 UTC) — Sub-Antarctic South Africa: A large airburst detonated at -44.7S, 25.7E (south of South Africa) at an altitude of 32.4km with an entry velocity of 19.1km/s. Radiating an optical energy of e = 2.7 x 10^12 J, the kinetic impact yield was equivalent to 730,000 kg (730 tons) of TNT.
October 8, 2009 (02:57 UTC) — South Sulawesi Superbolide: A 5–10m asteroid entered at 22.09km/s (v_x=14, v_y=-16, v_z=-6) and detonated at 19.1km altitude over the Gulf of Bone (-4.2S, 120.6E). Yielding an explosive force of 31 to 50 kilotons of TNT, it generated long-period infrasound waves (13.4s period) detected worldwide. Luckily somewhat for marine life and unluckily for locals this bolide detonated over the Gulf of Boni and South Sulawesi land mass.
November 25, 2009 — Southern Ocean Airburst: Detonating at -52.8S, 136.5E (southwest of Tasmania), this event released a localized blast force equivalent to 200,000 kg (200 tons) of TNT.
2009 Cetacean Stranding Timeline Across Australasia
Corresponding with these energetic atmospheric events, marine mammal networks documented high-density stranding clusters along the Australian, New Zealand, and Sub-Antarctic oceanic corridors.
2009 AIRBURST & STRANDING SYNCHRONIZATION
[JAN 10] Antarctic Airburst (-64°, 122.8°E) | 82 t TNT
[JAN 19-20] Southern Indian Ocean Infrasound Event
├──> [FEB 28] King Island, TAS: 206 Stranded (194 Pilot Whales, 12 Dolphins)
└──> [MAR 23] Hamelin Bay, WA: 87–92 Stranded (63 + 30 split groups)
[APR 10] Sub-Antarctic SA Airburst (-44.7°, 25.7°E) | 730 t TNT
└──> Sub-Antarctic / Indian Ocean Acoustic Wave Propagation
[MAY] South Africa, Kommetjie Beach. A mass whale stranding of 55 false killer whales
[AUG] Parengareng Harbour, NZ: 82 Long-finned Pilot Whales Stranded
[AUG 16] Cape York, QLD: Single Short-finned Pilot Whale
[OCT 8] Sulawesi Superbolide (-4.2°, 120.6°E) | 31–50 kt TNT
[OCT–NOV] Western Australia UME: 46 Humpback Whale Mortalities
[NOV 21-22] Marion Bay, TAS: 60 Long-finned Pilot Whales Stranded
[NOV 25] Southern Ocean Bolide (-52.8°, 136.5°E) | 200 t TNT
[DEC 20] Farewell Spit, NZ: 45–50 Pilot Whales Stranded
[DEC 26-27] Colville Bay, NZ: 105–125 Pilot Whales Stranded
Detailed Breakdown of Mass Strandings
February 28, 2009 — Naracoopa Beach, King Island (Tasmania): A mass stranding of 206 cetaceans (194 Black Dolphins/Pilot Whales and 12 Bottlenose Dolphins). Rescuers refloated 48 pilot whales and 5 dolphins, but 150 animals perished.
March 23, 2009 — Hamelin Bay (Western Australia): A pod of 87 to 92 cetaceans stranded across two main concentrations along a 5km stretch of coast (63 in one spot, 30+ located 2\ km away).
July to November 2009 — Western Australian Coastline UME: An Unusual Mortality Event claimed 46 Humpback Whales (Megaptera novaeangliae), primarily emaciated sub-adults and calves along the migration corridor.
August 2009 — Parengareng Harbour (Far North, New Zealand): Over 82 Long-finned Pilot Whales stranded deep within remote mangrove mudflats near Cape Reinga, resulting in near-total mortality due to extreme environmental conditions.
August 16, 2009 — Umagico Beach, Cape York (Queensland): A single 3–4m Short-finned Pilot Whale stranded in shallow coastal waters.
November 21–22, 2009 — Marion Bay (Southeast Tasmania): 60 Long-finned Pilot Whales came ashore across the bay; despite community intervention, roughly 50 animals succumbed.
December 20, 2009 — Farewell Spit (Golden Bay, New Zealand): 45 to 50 Pilot Whales stranded at the base of the sand spit, resulting in roughly 25 deaths.
December 26–27, 2009 — Colville Bay (Coromandel Peninsula, New Zealand): 105 to 125 Long-finned Pilot Whales beached in dual locations within 7 days of the Farewell Spit event. Rescuers successfully refloated 42–45 survivors on high tide.
The Hydroacoustic Connection: SOFAR Ducting & Acoustic Trauma
The spatial distribution of the 2009 events supports the hypothesis that large atmospheric bolides couple kinetic energy into the upper ocean as acoustic-gravity waves.
Bolide Fragmentation / Airburst
▼ (Low-Frequency Infrasound < 20 Hz)
~~~~~~~~ Surface Ocean Layer ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
▼ (Acoustic-Gravity Wave Coupling)
════════ SOFAR Channel Core (600m - 1200m depth) ═══════════════════════
───► ───► ───► Low-Loss Propagation Across 1000s of km ───► ───►
═══════════════════════════════════════════════════════════════════════
▼ (Shelf Shoaling & Shallow Water Trapping)
[ Coastal Shelf Blindspots ]
▼
Disorientation / Mass Stranding Events
SOFAR Channel Waveguiding: High-latitude airbursts—such as the Jan 10 Antarctic event, the Apr 10 Sub-Antarctic event (-44.7°, 25.7°E), and the Nov 25 Southern Ocean bolide (-52.8°, 136.5°E)—occur near regions where the Sound Fixing and Ranging (SOFAR) channel shoals toward the surface. Low-frequency infrasound (<20 Hz) enters this low-loss acoustic waveguide and travels thousands of kilometers across the Southern Ocean toward Australasian landmasses.
Geomagnetic & Passive Auditory Disruption: Deep-diving species like Long-finned Pilot Whales (Globicephala melas) rely on low-frequency passive hearing and geomagnetic alignment for navigating open-ocean basins. Sudden, high-amplitude acoustic shockwaves propagating through the duct can trigger panic responses, driving pods upward or forcing them into coastal shelf shallow waters.
Topographic Coastal Traps: Shallow sand spits (Farewell Spit), enclosed channels (Bass Strait/King Island), and muddy mangrove estuaries (Parengareng Harbour) trap acoustic echoes. Once disoriented pods move inside these shallow regions, their biosonar returns minimal usable spatial data, leading to severe beaching clusters.
The 2009 event timeline illustrates how large atmospheric airbursts and sub-polar meteor entries can act as significant acoustic disturbance triggers across Southern Ocean marine ecosystems. The following year the airbursts and mass whale strandings continued.
I've been working on the year 2009 for meteor and cetacean stranding links and the next post will concern this. However, it always astounds me after years of research how little meteors dont make the news. The other day coincidentally there was a large bolide explosion in North Sulawesi. In 2009 there was a more extreme event in South Sulawesi. This event would show, like the Russian event in 2013, how a meteor airburst can have devastating effects, not only on animals, but on humans. Many of these events are documented, but in 2009 there were others: one in the Southern Ocean, where a large bolide exploded with so much force it was registered globally, and another in Tasmania that also went under the radar. These meteors would eventually throw their victims ashore in what was nature's fury at its best. The event below would have a blast force 30 to 50 times larger than the Beirut Industrial Port Explosion.
On October 8th, 2009, at 10:57 in the morning, a meteor entered the Earth's atmosphere over South Sulawesi in Indonesia. It was estimated to be 33 feet across and was travelling at 22km/s. After a short flight, it detonated at 19km. This was a large superbolide. The atmospheric bruising generated long-period infrasonic waves that were detected by 11 international monitoring system stations globally—some over 10,000 km away, including a station in Australia and Easter Island 13500 km away. Residents across the Bone and Panyula districts reported hearing thunderous explosions and sonic booms that shook homes and caused earth tremors. Many residents panicked and poured out into the streets, initially suspecting a plane crash, military exercise, or severe earthquake. Local press reported that police stations were flooded with calls from alarmed citizens. Tragically, local reports noted an indirect fatality. A 9-year-old girl with a pre-existing heart condition suffered a fatal cardiac arrest brought on by panic from the intense shockwave. Following the detonation, a thick, persistent smoke and dust condensation cloud lingered in the upper atmosphere over the Gulf of Bone for hours. Satellite observations from NASA satellites passing over the region shortly after the blast captured high-altitude atmospheric condensation clouds left behind by the asteroid's fragmentation.
While the human shock of the Sulawesi airburst was felt across the towns of Bone Regency, its atmospheric legacy extended far beyond the mainland. An energetic detonation of this scale—releasing up to 50 kilotons of yield into the atmosphere—does not simply dissipate in isolation; it injects a massive infrasonic pressure wave into the surrounding environment. In 2009, Sulawesi was not an isolated event, but rather the visible centerpiece of an extraordinary year of global atmospheric energy releases. When we track these massive low-frequency shockwaves as they couple into sub-polar oceanic channels—such as the SOFAR layer—a sinister timeline begins to emerge. In the following post, we will examine how the acoustic turbulence from the 2009 bolides propagated across thousands of kilometers of ocean, driving deep-diving cetacean pods toward shallow coastal traps in Tasmania, Western Australia, and New Zealand in what remains one of the most remarkable animal disruption corridors of the 21st century.
2026, August 30. New Zealand, North Island. Large fireball. (Sunday) Time: 7:43pm. Colour: green. Direction: passing West to East. At the moment, the flight time is 13+ seconds, and the preliminary trajectory has it over Bay of Plenty. There have been no AMS sound reports so far. Will update further as it was heading towards the ocean.
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Over 200 years ago, Iceland was the site of two of the most significant cetacean mass strandings in documented history. These two strandings would result in the deaths of 3000 long finned black dolphins (pilot whales). Uniquely, both events occurred within just four years of one another in the exact same region. One of these stands as the largest single mass stranding in recorded history worldwide—while the other rivalled the famous 1918 stranding of 1,000 pilot whales in New Zealand’s Chatham Islands. (See note below concerning the New Zealand stranding).
1809: Akranes, Faxaflói Bay
In 1809, an estimated 1,000 long-finned pilot whales (Globicephala melas) stranded along the shallow, low-sloping mudflats near Akranes in southwestern Iceland. In Icelandic cetacean literature, this is widely cited as the earliest formally documented major pilot whale mass stranding in the nation’s historical records. The gently sloping bathymetry of Faxaflói Bay is thought to have disrupted the whales’ echolocation, a factor that continues to cause strandings in the region today.
1813: Snæfellsnes Peninsula, Faxaflói Bay
Just four years later, a second mass stranding occurred along the Snæfellsnes peninsula, involving approximately 2,000 long-finned pilot whales. To this day, the 1813 Snæfellsnes incident remains the single largest mass stranding of cetaceans ever recorded anywhere in the world.
A Lifeline for Local Communities
In 19th-century Iceland, these tragic events were viewed through a very different lens. Regional annals recorded the 1809 and 1813 incidents primarily as major resource windfalls—referred to in Icelandic as hvalreki (literally "whale drift," the origin of the modern Icelandic idiom for a windfall or stroke of good fortune). Coastal communities mobilized rapidly to harvest the meat and blubber, documenting the sheer magnitude of the herds (~1,000 and ~2,000 individuals) as a vital safeguard against hardship and winter famine.
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Below are two additional fireballs recorded since July 26th. Please see the previous post below involving the other four. There have been three recorded large cetacean strandings since the 9th.
2026, August 6. New Zealand, South Island east coast, Canterbury. Fireball. Region Seen: Canterbury, Otago and Wellington. Time: around 06:45 UT, 18:45NZST. Travelling N over coast.
2026, August 9. New Zealand, Cook Strait. Fireball. Time: 06:18UT, 18:18NZST. Seen in Wellington, Nelson and Manawatū-Whanganui Regions. This was the sixth fireball recorded in New Zealand since July 26th. Please see the post below involving the other four.
2026, August 9. New Zealand, South Island, Cook Strait, south of Palliser Bay, near Waimeha Camping Village. A juvenile humpback whale washed ashore dead.
2026, August 9. New Zealand, Waiheke, near the Kennedy Point wharf. A Minke whale carcass washed ashore.
2026, August 11. New Zealand, NW South Island, Carters Beach, Westport on the West Coast, just over two kilometres down the beach, south of the township. A large pygmy blue whale, 21.7 metres long and is believed to weigh about 20 tonnes. In a moderate state of decomposition. The whale was first spotted floating in the surf on Monday, August 10, before washing fully ashore on Tuesday, August 11.
2026, July 30. New Zealand, North Island, East Coast of Northland. Fireball. Time: 07:45:03. Duration: 4secs. Travelling SW north of Great Barrier Island.
Update: 20260805. The MAD issued in the post below for the July 28th meteor has been downgraded to a watch due to new trajectory components showing the meteor exploded over land. Meteorites have been recovered. The sonic boom was contained within landfall regions, and the one report from the South Island was false; therefore, Cook Strait was not affected by a marine disturbance.
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On the 26th, a large fireball was witnessed offshore of Christchurch that was seen over a large region. I wasn't overly concerned; however, this evening a second large fireball has created an extensive shockwave throughout the atmosphere. A Marine Animal Disturbance Alert should be noted for the region until further information is obtained. As with many coastal meteors, they can be harder to read in terms of their effects on the marine environment.
Preliminary Data: 2026, July 28. New Zealand, Lower North Island/Cook Strait. Time: 22:26:10. Filmed from Toatoa, rural Ōpōtiki (Bay of Plenty). Seen from regions: Auckland, Bay of Plenty, Canterbury, Hawke's Bay, Manawatū-Whanganui, Marlborough, Taranaki, Tasman, Wellington, Taranaki, Opiki. Kapiti. Sonic Boom: Sound generated in concurrent and delayed forms from two extensive explosions when meteor fragmented. At Wairarapa, there were reports of animal disturbance, including livestock and domestic animals. It flew right over Manakau, and then, about 2mins later, a loud, low rumble disturbed all the birds. Multiple Reports: Sounded like an earthquake, but there was no tremor. Animals outside went crazy. Cows across the road were going nuts. Multiple booms echoing off the hills. Sounded like thunder. Explosion was crazy!! Huge explosion/ rumble after. Sound was loud and went on for a while. Popping sounds amid the rumblings as well. Heard at Masterton, Gladstone, Eketahuna, Ōtaki,
There will be numerous reports from this event. The trajectory is not fully understood yet.
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2026, July 26. New Zealand, South Island, East of Christchurch over Southern Ocean. Fireball. Time: 17:51NZST, 05:49UT. Duration: 5+ seconds. Travelling south. It appears that the object fell over the sea off the East coast of Canterbury/Christchurch about 70 km offshore. Seen at Ormondville in North Island and Dunedin in South Island over 800km apart. Regions: Canterbury, Manawatū-Whanganui, Otago, Wellington. Witness on commercial flight: “Was spotted by our flight crew on approach into CHC this evening and left an ionized trail behind it for 5 seconds or so. Due to its remote sea location, no sonic boom was reported.
Update 20260730: Another fireball over the coast travelling towards the Tasman Sea. 2026, July 29. New Zealand, North Island, Auckland. Time: 20:37NZST, 08:37 UT. Travelling east. Seen in Auckland, Bay of Plenty, Hawke's Bay, Manawatū-Whanganui, Northland, Taranaki, Waikato.
2026, April 29. Antarctica, 740 km SW of McMurdo Station. Airburst. Time: 14:00:39. Coordinates: (81.0S;133.9E). Altitude: 28.7km. Velocity Components: Vx: -14.8; vy-1.8; vz: 9.8. True Velocity: 17.84 km/s at an Entry Angle of 33.32°. Energy: e = 4.8e10 Joules; -e = 0.16 or 160,000 kg/TNT. Its the ninth meteor airburst detected by NASA this year. 25/26 ratio: 17:9. While several slow-entry meteors have resulted in meteorite falls across North America and Europe recently, the overall frequency for the year remains notably low. The current 2025/2026 ratio stands at 17:9, highlighting a quiet period for global bolide activity. The event occurred within the active Southern Australia / New Zealand / Antarctica corridor. This flight path is a known focal point for trajectory monitoring. Crucially, the timing of this event is favorable; with the seasonal migration underway, many cetacean populations have already begun their northward journey. This reduces the likelihood of atmospheric pressure waves impacting sensitive marine life in these southern waters. The primary hope remains that this event is not a precursor to larger, undetected fragments following the same orbital path.
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2026, April 26. Uruguay, Playa Mansa, Punta del Este. An orca(killer whale) calf stranded on a beach. After failed rescue attempts, the whale was euthanised. A team continued efforts to save the animal under difficult weather conditions. The animal had stayed close to the shore, showing signs of weakness.
2026, April 27. Uruguay, Playa Mansa. Fireball. Time: around 01:54 UT or 22:51LT. The event was recorded by security cameras and widely observed in Argentina and Uruguay. Duration 6+ seconds. Fragmented over Maldonado. No reports of sonic boom. Seen in Punta del Este, Buenos Aires Province, Ciudad Autónoma de Buenos Aires, Maldonado Department, Provincia de Buenos Aires, Santa Fe. This is the first report of a fireball in Uruguay this year.
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Current Alert Status: High Vigilance (March 26 – March 31, 2026)
Coastal communities, mariners, and wildlife volunteers across New Zealand and Australia are advised to maintain a high state of vigilance regarding unusual marine mammal behavior and potential stranding events. Following the recent peak of the M2025-F1 (The Puppis Source) meteor activity on March 21, we are currently within a critical observation window for deep-water species. This newly discovered source, first identified by the Global Meteor Network in 2025, is of significant interest due to its unique physical characteristics and potential for high-altitude atmospheric interactions. Because of the lack of information on this shower producing noticeable fireballs globally, I felt it prudent to be overly cautious during this time and the weeks following the peak, for stranded cetaceans.
The Nature of the Disturbance
The primary concern involves "slow-burning" atmospheric entries. Unlike typical meteors, these objects penetrate deep into the stratosphere before undergoing terminal airbursts. These high-energy explosions generate low-frequency pressure waves—infrasound—that can travel vast distances through the ocean. For deep-diving species like Beaked Whales and Pilot Whales, these sudden acoustic pulses can cause severe disorientation or a "startle response," leading pods to flee toward shallower, hazardous coastal waters. This period could last until the end of April. Also, this is fireball season, so that doesn't help either.
Key Risk Zones
New Zealand: Focus remains on Farewell Spit and the Golden Bay region. These areas act as natural "whale traps" where disoriented pods can easily become caught by rapidly receding tides.
Australia: High alert for the Bass Strait, Tasmania, and the Southern Western Australian coast. Recent sightings of deep-water species in unusual surface patterns—including rare Beaked Whale sightings near Bremer Bay—suggest ongoing acoustic stress in the offshore canyons.
What to Look For
Near-Shore Sightings: Any deep-water species (Beaked Whales, Pilot Whales, or large pods of Orca) spotted unusually close to the surf line.
Unusual Social Behavior: Excessive "huddling" or agitated, erratic swimming patterns in pods near the coast.
The 72-Hour Echo: We are currently in the "lag window" where the physical effects of weekend atmospheric events often manifest as coastal strandings.
Action Required
If you observe whales or dolphins in distress, swimming toward shallow water, or already stranded, please contact your local stranding network immediately. In New Zealand, contact Project Jonah or the Department of Conservation. In Australia, alert ORRCA or your state's wildlife authority. Do not attempt to refloat large animals without professional guidance, as they may be suffering from internal acoustic trauma.
The Tasman Corridor: A "Deep Penetration" Meteor Cluster (March 17–24, 2026).
While the world’s attention was on the Autumn Equinox, the Tasman Sea has been quietly experiencing a significant "cross-fire" of meteoric activity. For those tracking the connection between atmospheric airbursts and cetacean behavior, the last seven days have provided a textbook case of high-energy, deep-penetrating entries.
The "New" Threat: M2025-F1 (The Puppis Source).
The standout discovery of the week is the return of the M2025-F1 source, first identified by the Global Meteor Network last year.
Velocity: Extremely slow at 15 km/sec. Why it matters: Most meteors burn up high in the mesosphere. At 15km/sec, these objects are "slow burners." They penetrate much deeper into the stratosphere, where the air is denser. This increased resistance often leads to terminal airbursts rather than simple disintegration. Radiant: Located in the constellation Puppis (the Stern), placing the entry corridor directly over the Southern Ocean and the southern Tasman Sea.
Timeline of Events
|
Date (2026) |
Event |
Details |
|
March 17 |
The Sunrise Bolide |
A massive, slow-moving orange fireball was visible for nearly 3 minutes across the eastern NZ coast. It left a persistent smoke train—a clear sign of deep atmospheric penetration. |
|
March 17 |
Abel Tasman Seismic Cluster |
Within hours of the bolide, 5 shallow tremors (up to Mag 2.6) were recorded in the Tasman Sea. This raises the question of atmospheric-seismic coupling from pressure waves. On March 17, a magnitude 3.0 seismic event was recorded near Wollongong/Shellharbour at 2:36 PM. While unconfirmed as a meteor (it wasn't an earthquake either), the timing falls within this high-activity window. |
|
March 18 |
The Queenstown "Orange Explosion" |
At 9:15 PM, a fireball was seen in the western sky ending in a visible terminal burst. Given the location, the pressure wave from this airburst terminated directly over the central Tasman Sea. |
|
March 21 |
Delta Pavonids Peak Begins |
Unlike the Puppis meteors, these are fast (59km/sec). The combination of slow, deep "thumpers" and fast, high-altitude fragments is creating a high-energy environment over the Tasman. |
The Biological Connection
I continue to monitor the Tasman and NSW coastlines. While no major mass strandings have been reported this week, a group of Beaked Whales was found in the shallows of Flinders Island (Bass Strait) on March 21—exactly 72 hours after the major Queenstown airburst.
As we know, Beaked Whales are deep-divers and highly sensitive to acoustic and pressure anomalies. If an airburst over the Tasman creates a focused "thump" of low-frequency pressure, these are the species most likely to show signs of disorientation first.
A distress flare was sighted off Flinders Island. 8:15pm on Saturday 21st March 2026, a member of the public reported seeing the flare off the western side of the island near Prime Seal Island. This report at 8:15 PM on Saturday occurred in the middle of the "Puppis" meteor activity window. Meteor reports and flares go side by side in the history of meteor reporting.
I'll keep looking for the smoking gun.
2026, February 26. New Zealand, near Port Waikato. Single small cetacean. Māui and Hector’s dolphins look nearly identical; DNA testing is required to confirm which subspecies it is. Based on location, it is likely a Māui dolphin, of which only 48–64 individuals remain.
2026, March 3. New Zealand, Auckland, St Heliers. Shepherd's beaked whale stranded and refloated on high tide. Update 20260305: Despite the successful refloat, the whale was found again the next morning at Hobsonville Point, around 25–30 km away from the original stranding point.
2026, March 3. New Zealand, Pareora Beach, south of Timaru, on the east coast of the South Island. A deceased juvenile female humpback whale. It's the first Humpback to strand in the region in seven years. Authorities are investigating the death.
See posts below for past meteor activity and strandings.
2026, February 20. New Zealand, NE of North Island, Pataua Island (Pataua South area), Waipawa bay Northland. Dolphin stranding (species NA). Initial reports have 14 alive and 2 deceased. Updates to follow.
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I would like further data on South Australia activity, however it is NA at this time.
2026, February 10. South Australia. Large Fireball. Time: 12:15UT, 22:45ACDT. Direction: SW, heading towards the sea. Seen in Adelaide, the eastern Fleurieu Peninsula and western Victoria.
2026, February 12. South Australia, Tennyson, Grange beach. A dolphin washed ashore dead.
2026, February 13. Victoria, Mortlake. Long Duration Meteor/Earth Skimmer. Time: 05:11am Travelling NE. Duration: ~35 sec. Not powerful or overly bright, just a very long flight path. No fragmentation and well-formed trail.
2026, February 16. South Australia, Eyre Peninsula, Ceduna, Davenport Creek. Two beaked whales on a remote beach in a moderate state of decomposition. It’s the south facing beach, about 22km WSW of Ceduna.
Also in New Zealand: 2026, February 15. New Zealand, South Coast of the South Island, west of Tuatapere and the Waiau river. A dolphin calf stranded alive but died.
The stranding occurred exactly during the peak of the 2003 Leonid meteor shower. Astronomers recorded that while the overall meteor count was moderate, this specific year produced a high concentration of fireballs (bolides).
Leonid meteors are the fastest of any annual shower, entering at roughly 72 km/s (161,000 mph). This velocity is critical for research because it means even small objects generate massive kinetic energy and atmospheric shockwaves upon entry.
During the early morning hours of November 14, observers across the South Pacific reported multiple bright fireballs. One specific report from a NASA-affiliated team noted a "significant bolide" over the Pacific Rim around the time the whales would have been approaching the coast.
Seismic Quietude vs. Atmospheric Noise: GeoNet records for the Auckland region on November 13–14 show no significant tectonic earthquakes. This is important, as it eliminates "ground-up" seismic confusion and points toward an "air-down" acoustic event (like an airburst).
The absence of seismic activity (earthquakes) on the morning of November 14, 2003, points toward an external trigger. Given the peak of the high-velocity Leonid bolides and the reported fireball activity in the South Pacific that morning, the hypothesis that an atmospheric airburst disrupted this bachelor pod’s navigation remains compelling.
To add to the above are the two airbursts in the region that also contributed to strandings.
2003, November 1. Tasmania, SW of island in Southern Ocean. Airburst. Time 14:09. (-51.4 S, 151.7 E). Blast force 213,000 kg of TNT.
2003, November 10. Off the coast of Antarctica. Airburst. Time 13:54, (64.5 S, 136.2 E). Blast force equivalent to 1,300,000 kg of TNT.
Resulting stranding events.
2003, November 18. Tasmania, Point Hibbs. A remote location south of Strahan. A mass stranding of 110 Black Dolphins (pilot whales) and 10 bottlenose dolphins die. They had been dead for several days before this finding date. Discovered by an abalone diver.
2003, November 28. Tasmania, Arthurs Bay near Whitemark, Flinders Island. A mass stranding of 10 Cachalots (Sperm Whales). Died 9; Survived 1. The lone survivor was found 200 meters off shore in good condition considering the predicament it found itself in.
2026, February 5. New Zealand, West of North Island, Tasman Sea. Fireball. Seen in Auckland, Bay of Plenty Region, Northland Region, Waikato Region, Wellington Region and West Coast Region. Time: around 01:09NZDT. Report of concurrent sound. See previous posts for New Zealand meteor activity. The airburst on the 30th was at high altitude and low energy yield, not like the November 2014 event. The repercussions of that airburst ran through 2015, seeing multiple mass strandings. Unfortunately, there have now been at least two highly visible fireballs following this airburst, which means the risk of cetacean strandings is extremely high. You could call it a stranding stream.
2026, February 3. Gulf of Mexico, off the coast of Levy and Citrus counties in Florida, USA. A large bolide. Time: Around 11:50 pm. GLM detected. First notified by a witness from Wakulla County 160 km away to the NW.
2026, January 31. Equatorial Central Pacific, 470km NE of Howland Island. Airburst: (4.1N, 173.4W). Time: 18:07UT. Altitude: 32 km. Energy: e = 3.6e10, -e = 0.12kt or 120,000 kg/TNT. Velocity: NA. Second airburst of the year.
2026, February 3. New Zealand, W North Island, Kawhia, Ocean Beach. Pygmy sperm whale (Kogia breviceps) calf stranded and refloated. Unlikely to survive.
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2026, January 30. New Zealand, east of South Island. Airburst. Time: 23:25 NZT or 10:25:27UT. Coordinates: (45.0S, 174.5E). Altitude: 89 km. Energy: e = 3.4e10, -e = 0.12 or 120,000 kg/TNT. Total Velocity: 71.07 km/s. This high velocity is quite characteristic of objects originating from further out in the solar system or those meeting Earth head-on in its orbit. Sound: Concurrent and delayed sound heard. Duration: 5+ sec. Direction: WSW? (further data to come). Left behind a glowing contrail. Seen the length of the South Island and in the southern parts of the North Island. Canterbury Region, Manawatū-Whanganui Region, Marlborough Region, Nelson Region, Otago Region, Southland Region, Tasman Region, Wellington Region.
A Marine Animal Disturbance alert should be noted for the region from Stewart Island in the south to Hawkes Bay in the North. Further data regarding the meteor flux before and after this event in later days. A broad precautionary watch for the Chatham Islands, Farewell Spit and even the west side coastal regions of the country.
Historically, the airbursts in the southern regions have shown a detrimental effect over a large area. So far Tasmania has reported no data; however, this island is in a data blind. Usually, any high activity in New Zealand can result in strandings in Tasmania. Therefore, a watch should be noted for species not commonly seen in stranding events, and it can be months after the incident stream has occurred.
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A second event:
2026, January 30. New Zealand. Fireball. Time: 22:32NZDT or 09:32 UT. Seen: Manawatū-Whanganui Region, Marlborough Region, Taranaki Region, Wellington Region
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