Sixteen Elephants dead in series of poisoning incidents in Amboseli National Park, Kenya.

Sixteen Elephants have been found dead with apparent cyanide poisoning in the Amboseli National Park in Kenya since 24 June 2026. This has raised concerns about a potential new wave of Human-wildlife conflict in the park, where Elephants were once almost wiped out by poaching, but which is now home to a population of 36 000. All of the Elephants died outside of the Amboseli National Park itself, but within the greater Amoseli ecosystem, in the area around Kimana Sanctuary and Kuku Ranch, community-run wildlife projects linking Amboseli National Park to the Tsavo National Park to the east.

The body of an Elephant found close to the Amboseli National Park in Kenya earlier this year. BBC.

Initially, park authorities were concerned that the Elephants may have been poisoned by a cyanide-based insecticide sprayed on crops on one of the farms surrounding the park, as several of the dead Elephants had stomachs filled with tomatoes. Elephant raids on croplands close to Amboseli are a known problem, and while cyanide-based insecticides are illegal in Kenya (which maintains strict rules on the use of agricultural chemicals in order to gain access to lucrative European markets), they are legal in neighbouring Tanzania, with occasional incidents of smuggling and illegal use in Kenya being reported. 

Elephants in the Amboseli National Park. Kenya Wildlife Service.

However, local farmer's representatives have strongly denied this, claiming that despite the problems of crop raiding, most farmers love the region's Elephants and would not voluntarily harm them. Furthermore, they note that that it would take a considerable amount of cyanide to kill an Elephant, and farms are also impacted by crop raiding by other large Mammals, none of which seem to have been affected.

Farmers spraying pesticides on a farm close to the Amboseli National Park in Kenya. Peter Njoroge/BBC.

Another possibility is that the cyanide could have been used in an illegal gold mining operation either within, or close to the Amboseli National Park (while gold is not generally soluble, it can be dissolved in solutions of sodium cyanide, a method which can be used to leach gold from ore rock), although the Kenya Wildlife Service are confident that no such activities are taking place. This makes deliberate poisoning of the Elephants the most probable cause, and while the reason for this is unknown, the most likely explanation would be that it relates to the extensive farmland now surrounding Amboseli and the other parks of the region, which supply vegetables to cities such as Nairobi as well as overseas markets. While many Animals occasionally raid such farms, Elephants are uniquely destructive, with individual Elephants able to consume over a tonne of vegetables within a short period of time.

See also...

Three dead and five missing following landslide at construction site in Kerala.

Three people have died and another five are missing following a landslide at a construction site in Wayanad District, Kerala, at about 1.00 pm local time on Tuesday 7 July 2026. The three dead men have been identified as labourers Anmol Gorai from Jharkhand, Vikas Kumar Singh from Bihar and Chandrabhan Pal from Madhya Pradesh. The incident happened amid heavy rainfall associated with the summer monsoon, which appears to have triggered the collapse of a large pile of earth produced by the construction of a road tunnel intended to connect the town of Meppadi in Wayanad District to the village of Anakkampoyil in the neighbouring Kozhikode District. Landslides are a common problem after severe weather, as excess pore water pressure can overcome cohesion in soil and sediments, allowing them to flow like liquids. Approximately 90% of all landslides are caused by heavy rainfall.

An ongoing rescue operation at the site of a landslide in Kerala State, India. Press Trust of India.

The landslide swept across the construction site, over a nearby road where it swept several vehicles away, then over a temporary labour camp for workers at the site, then a local church and house. All work at the site, other than searching for the missing persons, has stopped pending an investigation into the incident.

Managers at the site, which is being operated by Dilip Buildcon Limited, have claimed that the landslide started on land above the construction site, and was therefore not their fault. However, local authorities have observed that the company appears to have been in breach of at least two directives issued to by the Kerala Public Works Department, one of which was to remove the spoil heap, which was perceived as dangerously large, while the other was not to allow work on the site to be carried out on the site during heavy rainfall, due to the possibility of landslides.

CCTV footage of the landslide sweeping vehicles from a road. India Today.

The tunnel project was approved in 2020, and is intended to relieve pressure on the Thamarassery Ghat Road, which is prone to closures due to landslides during the monsoon season. However, from the outset it has been opposed by environmental groups in Kerala, who were worried that it would affect areas which form a key part of the Western Ghats Biodiversity Hotspot, in particular forests used by wild Elephants, and that there was a danger of tunnelling activities making the hillsides more prone to landslides.

A bus swept into a ravine by the 7 July 2026 Wayanad landslide. Press Trust of India.

These concerns form part of a wider dispute between the Indian Government, which considers large infrastructure projects to be a vital part of its mission to raise millions of Indian citizens out of poverty, and environmentalists, who consider many of these projects to be poorly thought out, and not to take into account the special environmental needs of places such the Western Ghats, nor the current or projected future climate of the region. While such objections are often depicted by India's politicians as being anti-development sentiments which will condemn future generations to poverty, environmentalists worry that large projects which do not take into account the environment and climate risk failure, leaving the areas affected without any meaningful improvement to infrastructure and potentially significant environmental degradation, leaving local communities worse off than they are now.

Monsoons are tropical sea breezes triggered by heating of the land during the warmer part of the year (summer). Both the land and sea are warmed by the Sun, but the land has a lower ability to absorb heat, radiating it back so that the air above landmasses becomes significantly warmer than that over the sea, causing the air above the land to rise and drawing in water from over the sea; since this has also been warmed it carries a high evaporated water content, and brings with it heavy rainfall. In the tropical dry season the situation is reversed, as the air over the land cools more rapidly with the seasons, leading to warmer air over the sea, and thus breezes moving from the shore to the sea (where air is rising more rapidly) and a drying of the climate. 

Diagrammatic representation of wind and rainfall patterns in a tropical monsoon climate. Geosciences/University of Arizona.

Kerala has a complex seasonal cycle, driven by the presence of the Western Ghats mountain range, which largely block the dry northerly winds which dominate the climate of much of India, and its proximity to the equator, which leads to a double monsoon system. Such a double Monsoon Season is common close to the equator, where the Sun is highest overhead around the equinoxes and lowest on the horizons around the solstices, making the solstices the coolest part of the year and the equinoxes the hottest. In Kerala this results in a Southwest Monsoon, which lasts from May to September, and is driven by winds from the southern Arabian Sea dumping water onto the Western Ghats, followed by a Northwest Monsoon, which lasts from October to December, where winds from the Bay of Bengal do the same. Of the two monsoons, the southwest is the wetter, due to the proximity of the sea, with June typically being the wettest month, with an average of 341 mm of rain falling in the month.

See also...

Explosion at coal mine in Shanxi Province, China, kills at least 82 people.

At least 82 miners have died in an explosion at a coal mine in Shanxi Province, China, on Saturday 23 May 2026. The incident happened at Liushenyu Coal Mine in Qinyuan County slightly before 7.30 pm local time at which 247 workers were below ground. The majority of those have now been evacuated, with 128 people being treated in hospital, two of whom are described as being in a serious condition and two more still missing. 

Rescue workers arriving at Liushenyu Coal Mine in Shanxi Province, China, following an explosion at a coal mine on 23 May 2026. Zhu Xingxin/China Daily.

Survivors of the incident report seeing a dust plume rather than hearing an explosion, accompanied by a strong sulphurous smell and then many people blacking out. The majority of those killed and injured are reported to have been affected by gas poisoning. 

Coal is formed when buried organic material, principally wood, in heated and pressurised, forcing off hydrogen and oxygen (i.e. water) and leaving more-or-less pure carbon. Methane is formed by the decay of organic material within the coal. There is typically little pore-space within coal, but the methane can be trapped in a liquid form under pressure. Some countries have started to extract this gas as a fuel in its own right. When this pressure is released suddenly, as by mining activity, then the methane turns back to a gas, expanding rapidly causing, an explosion. This is a bit like the pressure being released on a carbonated drink; the term 'explosion' does not necessarily imply fire in this context, although as methane is flammable this is quite likely.

Chinese authorities have dispatched six specialist rescue teams to the site, with a total of 345 personnel and a number of specialist robots capable of entering mines inaccessible to Human rescuers. These have found flooding in the area where the explosion took place, as well as high carbon monoxide levels throughout much of the mine. They have also found that the blueprints of the mine provided by its owners, the Tongzhou Group, do not match the actual layout. 

The mine's management, which have previously been given penalties for administrative failures twice in 2025, are now under investigation for a number of breaches, including developing new coal faces which were not on plans, falsification of health and safety documentation, poor employee records, and illegal uses of subcontractors. Four other mines operated by the Tongzhou Group have been temporarily closed, and mines across Shanxi Province are being subjected to emergency inspections.

Historically, the Chinese coal industry has been beset by safety problems, at least in part due to the rapid expansion of the industry to fuel the country's industrialisation. In the past two decades a major drive towards introducing safety measures combined with a switch away from coal towards renewable sources of energy has reduced the number of such incidents. However, coal is still a major industry, with about a quarter of the coal extracted in China coming from Shanxi Province, and safety clearly still remains a problem.

See also...

Three hikers killed by eruption on Mount Dukono

Three hikers were killed in an eruption on Mount Dukono, a 1273 m high volcano on the northern part of Halmahera Island, Indonesia, on Friday 8 May 2026. The three were part of a group of 20 Indonesian and Singaporean hikers which had trekked up the volcano under the leadership of Indonesian tour guide Reza Selang. The hike was undertaken despite a prohibition on climbing the volcano which had been in place since 17 April, due to a high level of volcanic activity. However, Selang claims he was unaware of this prohibition, and was not made aware of it by local villagers he employs as assistants. Local authorities, meanwhile, claim to have posted warnings on social media and place banners at the entrance to trails leading to the volcano.

An ash column over Mount Dukuno on 8 May 2026. Jhon Frengki Manipa/Reuters.

The group ascended the volcano early in the morning, with Selang sending a drone to the volcano's summit to check for volcanic activity, before sending up a group of fourteen hikers under the leadership of Singaporean tour organiser Timothy Heng, who had booked the trip through Selang last year, while Selang remained lower down with the remainder of the group. At about 7.40 Selang sent his drone up again to check on the group, when the volcano underwent two explosive eruptions in rapid succession, the first producing only smoke, but the second ejecting large volumes of ash, rock, and other debris. 

The group on the mountain scattered and ran downhill in response to this, though Selang reports seeing one man, Singaporean Shahin Muhrez bin Abdul Hamid lying on the ground near the crater. He states that he then ascended the summit along with Heng, who had escaped the initial blast, with the two of them attempting to rescue the injured man. During this attempt both Singaporeans were hit and killed by a large rock, with only Selang escaping.

Selang and the majority of the group made it back to the base of the mountain, where they discovered another person was missing, Indonesian Angel Krishela Pradita. They then notified the local authorities, who sent out a rescue team, who later recovered the bodies of all three missing hikers. The survivors were treated for injuries at a local hospital.

Rescue workers recovering the body of one of the hikers killed on Mount Dukono on 8 May 2026. Badan Nasional Penanggulangan Bencana.

Dukono is one of Indonesia's most active volcanoes, having been erupting more-or-less continuously since 1933. Eruptions most frequently take the form of ash explosions and sulphur dioxide plumes, with lave flows also being reasonably common. The volcano also went a major eruptive phase in the mid sixteenth century, as well as shorter episodes in the eighteenth, nineteenth, and early twentieth centuries.

The Halmahera Islands arc a volcanic arc; formed where one tectonic plate is being subducted beneath another, with the underlying plate being melted by the heat of the Earth's interior, and lighter minerals bubbling up through the overlying plate to form volcanoes. However the Halmahera Islands are unusual in that they lie on a double subduction zone. The underlying plate, a northeaster extension of the Molucca Plate, is being overridden form the Philippine Plate from the east and the Eurasian Plate from the west. The Halmahera volcanoes are located where the Philippine Plate is overriding the Molucca Plate; to the west the Sangihe Islands lie where the Molucca Plate is being overridden by the Eurasian Plate.

Diagrammatic representation of the subduction zones beneath Halmahera (middle), plus the Philippines (top) and Sulawesi (bottom), with the Eurasian Plate to the left, the Molucca Sea Plate in the middle, and the Philippine Plate to the right.  Hall & Wilson (2000).

See also...

Meteorite hunters may have found the largest known chunk of the Bronze Age Kaali Meteorite.

Two Polish meteorite hunters, Filip Nikodem and Andrzej Owczarzak, have recovered what they believe to be a fragment of the Kaali Meteorite, a large body which impacted the Estonian island of Saaremaa about 3500 years ago. The piece is reported to weigh about 40 kg, with a second fragment weighing 15 kg also found. The largest potential fragment of the meteorite discovered to date weighed 5.7 kg, and was found by Filip Nikodem in the spring of 2024.

A 40 kg potential fragment of the Kaali Meteorite found in Estonia by two Polish Meteorite Hunters. Z głową w gwiazdach/Facebook.

The Kaali Impact Structures are a series of nine circular crater lakes on the island of Saaremaa, the largest of which has a diameter of 110 m and a depth of 22 m. These are thought to have been caused by an object with a mass of between 20 and 80 tonnes entering the atmosphere at a velocity of somewhere between 10 and 20 km per second, and exploding in a fireball between 10 and 5 km above the ground. This explosion is thought to have largely vaporised the bolide, as well as removing about 81 000 m³ of rock on the ground, and incinerating vegetation up to 6 km from the impact site.  

The lake in the main Kaali Meteorite Crater on Saaremaa Island. The crater is about 110 m across, but the lake only occupies the central part of it. Wikimedia Commons.

This is thought to have happened about 3500 years ago, when the island was occupied by a Bronze Age population, although attempts to date the site and meteorite fragments from it have produced dates of between 5600 and 400 BC. A Bronze Age arrowhead made from meteoric iron which was found in Switzerland in the 1870s has been linked to the Kaali meteorites on the basis of its metallurgy, making a date of around 1500 BC more plausible.

(a) Overview of the Mörigen arrowhead (A/7396). Note adhering bright sediment material. Remnants of an older label on the left of the sample number. Total length is 39.3 mm. ( b) Side view of the Mörigen arrowhead. Layered texture is well visible. Point is to the right. Thomas Schüpbach in Hofmann et al. (2023).

Prior to 2023, the largest fragment of meteorite found at the Kaali sites weighed 6.21 g. However, in the autumn of that year Filip Nikodem obtained a search permit for the area, and, using a metal detector, found a series of pieces of iron which he believed to be meteoric in origin. These were handed to the Estonian National Heritage Board, who sent them to the University of Tartu, where a rapid X-ray fluorescence analysis found that the iron pieces contained between 0.6% and 4.8% nickel, as well as traces of titanium and vanadium, which is typical of meteoric iron.

The four pieces of meteoric iron handed to the Estonian National Heritage Board  by Filip Nikodem in 2023. Kristo Oks/University of Tartu.

In the spring of 2024, Filip Kikodem returned to the Kaali Lakes, collecting several more fragments with a total mass of 10.5 kg, the largest of which weighed 5.7 kg, making it (at that time) potentially the largest chunk of the Kaali bolide ever discovered. However, despite requests from the Estonian National Heritage Board, these pieces have never been surrendered to them. Instead, the Estonian authorities believe that the pieces were taken to Poland, where they are being analysed at a Polish university. Furthermore, the National Heritage Board received a letter from a lawyer in Poland, asserting Nikodem's ownership rights over the meteorite fragments.

A 5.7 kg possible meteorite fragment found by Filip Nikodem at Kaali Lakes in the spring of 2024. Filip Nikodem.

In the autumn of 2024 Filip Nikodem returned to Kaali Lakes, this time accompanied by meteorite hunter Andrzej Owczarzak, who did not posses a permit to search in Estonia, and was therefore in breach of Estonian heritage laws. At this time concerns were raised by the Estonian newspaper Saarte Hääl, which observed that the original search permit had been given to Filip Nikodem in relation to a two week project run by the University of Tartu in 2017, in which metal detectorists were given a short training course by the university then allowed to collect fragments for a display at a visitor centre, with the collectors being allowed to keep some fragments as a reward.

Saarte Hääl also noted that suspiciously large chunks of 'Kaali Meteorite' had begun to be offered for sale in Poland, and that some Polish enthusiasts had raised concerns that these might be fragments of the more common Morasko Meteorite, which fell near Potsdam about 5000 years ago. The newspaper also noted that Estonian law provides no specific protection for meteorites found in the country, although there are some restrictions upon where a metal detector can be used. 

Following the announcement of these discoveries, Jüri Plado of the University of Tartu applied for funding for a study on the feasibility of changing the law to protect meteorites found in Estonia, reasoning that such large objects would be a significant piece of national heritage and ought to be studied at an institute within the country, but this application was rejected. 

Local farmers talked to by Saarte Hääl stated that the Poles had shown them permits and promised to take any material found to the University of Tartu. However, several expressed doubts that the iron found was in fact meteoric, as it came from shallow depths on farmland, likely to have been disturbed since the Bronze Age, and resembled bog iron (impure iron deposits which precipitate out of solution in boggy soils). The newspaper contacted Kristo Oks of the Estonian National Heritage Board, who confirmed that it would be impossible to tell the difference between bog iron and meteorites without laboratory analysis. 

See also...