Two municipalities in the Peruvian Amazon have granted native stingless bees the legal right to exist, thrive and be represented in court. This is the first time any insect has been recognized as a rights-bearing entity anywhere in the world, according to a correspondence published in Nature. The ordinances passed in the municipalities of Satipo and Nauta-Loreto guarantee the bees’ right to exist, reproduce and flourish. This establishes a legal framework allowing Indigenous groups and conservationists to sue on behalf of the bees. The campaign was led by Rosa Vásquez Espinoza, founder of Amazon Research Internacional. She spent years traveling into the Amazon to document the bees in collaboration with Indigenous communities. Indigenous peoples have cultivated stingless bees since pre-Columbian times, and they have cultural and spiritual meaning for Indigenous groups such as Asháninka and Kukama-Kukamiria peoples. “Within the stingless bee lives Indigenous traditional knowledge, passed down since the time of our grandparents,” Apu Cesar Ramos, president of EcoAshaninka of the Ashaninka Communal Reserve told The Guardian. “The stingless bee has existed since time immemorial and reflects our coexistence with the rainforest.” The Nature authors noted that stingless bees pollinate roughly 80% of tropical flora. However, they face climate change, deforestation, pesticides and competition from invasive European honeybees. Peru’s national Law No. 32235, passed in 2025, formally recognized stingless bees as a species of national interest. This milestone helped pave the way for the municipal ordinances. “This ordinance marks a turning point in our relationship with nature: it makes stingless bees visible,…This article was originally published on Mongabay

Fungi are living below your feet. Roughly 110 quadrillion kilometers of living fungal threads are woven through the world’s soils. Stretched end-to-end they would cover a distance nearly a billion times that from Earth to the sun. Now, scientists have mapped where those networks are, how dense they are, and what threatens them. Last year, researchers published global analyses in Nature about the diversity patterns of underground mycorrhizal fungal communities along with the Underground Atlas to help decision makers visualize where to prioritize conservation. Now, they ask the question: How much fungal infrastructure exists, and where? A new study published in Science by researchers with the Society for the Protection of Underground Networks (SPUN) and collaborators produced the first global maps of arbuscular mycorrhizal (AM) fungal network density and biomass. “There could be up to 10 meters (32 feet) of mycorrhizal network in just a teaspoon of soil,” lead author Justin Stewart of SPUN said in a press statement. Nearly all land plants live in partnership with arbuscular mycorrhizal fungi. The fungi exchange water and nutrients for carbon made from sunlight. These underground networks act as a living circulatory system for the planet, and the new study found they move an estimated 4 billion tons of CO2 equivalent into soils annually, roughly 11% of global human-related emissions. To build the density maps, the team drew on data from more than 16,000 soil cores collected across nine biomes referenced in 322 published studies. They developed machine-learning models to predict network density…This article was originally published on Mongabay