#habitats — Public Fediverse posts

🦈 NEW: Researchers are proposing a shift from passive #ocean protection toward active marine #rewilding, outlining principles that include restoring #foodwebs and reintroducing #apexpredators like #sharks.

The approach emphasizes that human communities are integral parts of coastal #ecosystems rather than entities to be fenced out, and aims to build self-sustaining #habitats equipped to handle #climate shifts and #pollution.

👉 https://news.mongabay.com/short-article/2026/09/how-to-enhance-ocean-health-and-resilience-with-marine-rewilding/

#biodiversity #coralreefs #marine #ecosystems #nature #science #environment #sustainability #wildlife #conservation #news

🦈 NEW: Researchers are proposing a shift from passive #ocean protection toward active marine #rewilding, outlining principles that include restoring #foodwebs and reintroducing #apexpredators like #sharks.

The approach emphasizes that human communities are integral parts of coastal #ecosystems rather than entities to be fenced out, and aims to build self-sustaining #habitats equipped to handle #climate shifts and #pollution.

👉 https://news.mongabay.com/short-article/2026/09/how-to-enhance-ocean-health-and-resilience-with-marine-rewilding/

#biodiversity #coralreefs #marine #ecosystems #nature #science #environment #sustainability #wildlife #conservation #news

🦈 NEW: Researchers are proposing a shift from passive #ocean protection toward active marine #rewilding, outlining principles that include restoring #foodwebs and reintroducing #apexpredators like #sharks.

The approach emphasizes that human communities are integral parts of coastal #ecosystems rather than entities to be fenced out, and aims to build self-sustaining #habitats equipped to handle #climate shifts and #pollution.

👉 https://news.mongabay.com/short-article/2026/09/how-to-enhance-ocean-health-and-resilience-with-marine-rewilding/

#biodiversity #coralreefs #marine #ecosystems #nature #science #environment #sustainability #wildlife #conservation #news

🦈 NEW: Researchers are proposing a shift from passive #ocean protection toward active marine #rewilding, outlining principles that include restoring #foodwebs and reintroducing #apexpredators like #sharks.

The approach emphasizes that human communities are integral parts of coastal #ecosystems rather than entities to be fenced out, and aims to build self-sustaining #habitats equipped to handle #climate shifts and #pollution.

👉 https://news.mongabay.com/short-article/2026/09/how-to-enhance-ocean-health-and-resilience-with-marine-rewilding/

#biodiversity #coralreefs #marine #ecosystems #nature #science #environment #sustainability #wildlife #conservation #news

🦈 NEW: Researchers are proposing a shift from passive #ocean protection toward active marine #rewilding, outlining principles that include restoring #foodwebs and reintroducing #apexpredators like #sharks.

The approach emphasizes that human communities are integral parts of coastal #ecosystems rather than entities to be fenced out, and aims to build self-sustaining #habitats equipped to handle #climate shifts and #pollution.

👉 https://news.mongabay.com/short-article/2026/09/how-to-enhance-ocean-health-and-resilience-with-marine-rewilding/

#biodiversity #coralreefs #marine #ecosystems #nature #science #environment #sustainability #wildlife #conservation #news

#mites of the #Astigmata (#Acariformes) are soft-skinned. Their thin #cuticle is sensitive to #drought, which is why they avoid leaving their mostly #moist #fungus- and bacteria-rich #habitats. For the purpose of #dispersal, a modified instar, the #deutonymph, with stronger cuticle and other specific #adaptations #evolved, performing #phoresy, the transport most often via larger arthropods.
© #StefanFWirth, July 2026, Berlin

#Photo:
#Adult female of #Histiostoma sp. © Stefan F. Wirth

#mites of the #Astigmata (#Acariformes) are soft-skinned. Their thin #cuticle is sensitive to #drought, which is why they avoid leaving their mostly #moist #fungus- and bacteria-rich #habitats. For the purpose of #dispersal, a modified instar, the #deutonymph, with stronger cuticle and other specific #adaptations #evolved, performing #phoresy, the transport most often via larger arthropods.
© #StefanFWirth, July 2026, Berlin

#Photo:
#Adult female of #Histiostoma sp. © Stefan F. Wirth

#mites of the #Astigmata (#Acariformes) are soft-skinned. Their thin #cuticle is sensitive to #drought, which is why they avoid leaving their mostly #moist #fungus- and bacteria-rich #habitats. For the purpose of #dispersal, a modified instar, the #deutonymph, with stronger cuticle and other specific #adaptations #evolved, performing #phoresy, the transport most often via larger arthropods.
© #StefanFWirth, July 2026, Berlin

#Photo:
#Adult female of #Histiostoma sp. © Stefan F. Wirth

#mites of the #Astigmata (#Acariformes) are soft-skinned. Their thin #cuticle is sensitive to #drought, which is why they avoid leaving their mostly #moist #fungus- and bacteria-rich #habitats. For the purpose of #dispersal, a modified instar, the #deutonymph, with stronger cuticle and other specific #adaptations #evolved, performing #phoresy, the transport most often via larger arthropods.
© #StefanFWirth, July 2026, Berlin

#Photo:
#Adult female of #Histiostoma sp. © Stefan F. Wirth

#mites of the #Astigmata (#Acariformes) are soft-skinned. Their thin #cuticle is sensitive to #drought, which is why they avoid leaving their mostly #moist #fungus- and bacteria-rich #habitats. For the purpose of #dispersal, a modified instar, the #deutonymph, with stronger cuticle and other specific #adaptations #evolved, performing #phoresy, the transport most often via larger arthropods.
© #StefanFWirth, July 2026, Berlin

#Photo:
#Adult female of #Histiostoma sp. © Stefan F. Wirth

#WildlifeCorridors Explained: Connecting #Habitats for #Biodiversity Protection and Animal Migration

by Jodie Phillips, Dec 8, 2025

Excerpt:

"Here’s what happens in fragmented environments:

- Animals struggle to find food — especially predators and large herbivores that need space to roam.
- Genetic diversity plummets — isolated populations breed within a limited gene pool, increasing vulnerability to disease and reducing long-term survival.
- Roads become death traps — collisions with vehicles are now a leading cause of death for many species, including foxes, deer, and even endangered cats.
- Plants suffer too — because their pollinators can’t reach them or seed dispersal is interrupted.

Unlike outright habitat loss, which removes nature entirely, fragmentation creates the illusion of wild space — but it’s space that doesn’t work. It’s like trying to live in a city made of sealed buildings with no doors between them.

This is where the idea of wildlife corridors comes in. They’re not just a fix. They’re a reimagining of how we build alongside nature, not against it.

What Wildlife Corridors Actually Are

At its simplest, a wildlife corridor is a passage that connects two or more isolated habitats. But that simplicity hides complexity — ecological, logistical, and often political.

Corridors can take many shapes:

- Overpasses and underpasses that allow animals to cross highways safely. These are often landscaped to mimic the surrounding environment, making animals more likely to use them.
- Riverside strips and forest edges that serve as movement routes for birds, reptiles, or amphibians.
- Green bridges designed for everything from elk to insects, complete with vegetation, sound barriers, and fencing to guide animals toward them.
- Flyways for birds and bats — not manmade paths, but legally protected aerial migration routes.
- Marine corridors, which link critical habitats for whales, turtles, or fish across vast ocean zones.

What matters isn’t just the path itself, but what surrounds it. A corridor through a hostile environment — one with noise, light, fences, or pollution — may be worse than none at all. For a corridor to succeed, it must offer more than direction; it must offer safety, food, cover, and continuity.

Think of them as lifelines. Not just for individual animals, but for entire species. In fragmented landscapes, these connectors are the only way to keep isolated populations from slowly fading out.

In the coming decades, wildlife corridors may not just be a helpful tool — they could be the only thing standing between vulnerable species and extinction.

Real-World Success Stories

The concept of wildlife corridors has gone from theory to proven practice in many parts of the world. When designed and maintained correctly, these ecological connectors have shown measurable, sometimes astonishing results — not only saving individual animals but helping entire populations rebound.

One of the most famous examples comes from #BanffNationalPark in #Canada, where a network of overpasses and underpasses spans the #TransCanadaHighway. Covered with native vegetation and buffered from human disturbance, these structures have recorded over 200,000 safe animal crossings. Species like grizzly bears, elk, cougars, and moose now use them regularly, reducing vehicle collisions by more than 80%.

In the #Netherlands, a country densely packed with infrastructure, planners have built hundreds of '#ecoducts' — specially constructed bridges that let deer, wild boar, and even reptiles move between green zones. These efforts are not symbolic. They form a national strategy to reconnect fragmented landscapes across roads, canals, and rail lines.

Meanwhile, #India’s #ForestCorridors have helped endangered species like the Bengal tiger and Asian elephant access breeding grounds and seasonal food sources. In some regions, smart use of community forests and protected corridors has reduced human-wildlife conflict — a major concern where people and predators often share space.

In #CostaRica, farmers are replanting native trees between patches of forest, creating organic movement corridors for birds, sloths, and pollinators. These living connections not only assist animal migration, but also boost eco-tourism and sustainable coffee production.

And in the United States, the proposed #CaliforniaWildlifeCrossing — a massive overpass planned near #LosAngeles — aims to reconnect mountain lion habitats split by a busy freeway. Scientists estimate the project could prevent local extinction of the species in the region.

These aren’t just engineering projects. They are restoration at scale, turning fragmented land back into functional ecosystems. They show that when we invest in #reconnection, nature responds."

Learn more:
https://www.environmentalconsortium.org/wildlife-corridors-explained/

#SolarPunkSunday #LandIsLife
#WaterIsLife #EndangeredSpecies #WildlifeCorridors #WildlifeConservation #HabitatConservation #PreserveNature #Rewilding

Which Place Is Best for a 4-Day Trip in India? Top Destinations for a Short Vacation in 2026-27

https://indiasafaristrends.wordpress.com/2026/06/20/which-place-is-best-for-a-4-day-trip-in-india-top-destinations-for-a-short-vacation-in-2026-27/

How to Explore India for Birds & Wildlife? The Ultimate 2026-27 Guide for Travelers

https://indiasafaristrends.wordpress.com/2026/06/04/how-to-explore-india-for-birds-wildlife-the-ultimate-2026-27-guide-for-travelers/

#Webinar - #Marsh and #Stream Explorers: A Treasure Hunt to Find Healthy Freshwater #Habitats in #Maine

Apr 22 2026
7:00 pm - 8:00 pm

"Curious about what critters live in your local streams and freshwater marshes? Come learn about Maine Marsh and Stream Explorers, a collaborative #CommunityScience project between #MaineAudubon and the Maine Department of Environmental Protection (#MEDEP). This program trains volunteers to survey for #macroinvertebrates, or large #AquaticInsects, in streams and freshwater #marshes statewide. With many macroinvertebrates sensitive to temperature, #pollutants, and other environmental stressors, their presence or absence serve as an important indicator of overall wetland health. This data then becomes an invaluable screening tool for #MaineDEP to prioritize where more-indepth water quality assessments should be conducted.

"In this webinar you’ll learn about what the Marsh and Stream Explorers project has accomplished and its impact on water quality monitoring statewide. We’ll look at our overall results, share our successes, and talk about future goals of the project. If you’re interested in getting outdoors, learning something new, and protecting your local watershed, this community science project is for you! Come learn more about how you can get involved. In-person field training for survey techniques to follow."

FMI and to register:
https://maineaudubon.org/events/marsh-and-stream-explorers-a-treasure-hunt-to-find-healthy-freshwater-habitats-in-maine/

#SolarPunkSunday #MaineAudubon #OnlineEvents #CitizenScience #NatureBasedLearning #MarshExplorers #StreamExplorers #WaterIsLife #ClimateChange #CitizenScientists #ObservingNature

The #spider #Tibellus #oblongus (#Philodromidae) has a #Holarcticdistribution and is common in Central Europe, thus not being protected. It prefers #sunexposed #habitats, whether dry or moist, and is a free #hunter that is very well #camouflaged due to its elongated #bodyshape. Y. Korolkova et al. (2023) examined the #venomgland #transcriptome and a venom proteome analysis.

© #StefanFWirth #Rosenthal #Berlin 2025

Ref
Y. Korolkova et al. (2023)
https://doi.org/10.1038/s41597-023-02703-0

Photos
© S.F. Wirth

The burnt #wolfspider, #Xerolycosa #nemoralis (#Lycosidae, #Araneae), is a #species of #spider native to Eurasia that prefers dry #habitats, hunts prey actively and rests in a self-dug burrow. The authors A. Bednarek et al. (2016) studied the spider's response to thermal #stress in form of an increased #Hsp70 (protein/ enzyme complex) synthesis in by humans polluted environments. #Biodiversity
© #StefanFWirth #Berlin 2025

A. Bednarek et al. (2016)
https://doi.org/10.1016/j.ecoenv.2016.04.027

#Photos
© S F. Wirth

Multi-Stage Semantic Segmentation Quantifies Fragmentation of Small Habitats at a Landscape Scale
--
https://bsky.app/profile/david-alexander.bsky.social/post/3lapamlpwks25 <-- shared #BlueSky post
--
https://doi.org/10.3390/rs15225277 <-- shared paper
--
H/T David Alexander (@david-alexander.bsky.social‬)
“AI predictions of #LandCover in the #PeakDistrict #NationalPark [UK]…”
--
#GIS #spatial #mapping #remotesensing #semanticsegmentation #convolutionalneuralnetwork #landcoverprediction #habitatfragmentation #landcover #AI #CNN #conservation #planning #management #habitats #machinelearning #PDNP #PeakDistrict #NationalPark #NP #UK #Britain #England #spatialanalysis #model #modeling

#Lemon #tree #Citrus × #limon, its fruits, their insecticidal effect, about tree-#endophytic #organisms (#microbiota) and the rotting #fruits as #habitats for #phoretic #mites (#Histiostomatidae). #Ecology, #phoresy, #phoresis, #soil, #decomposition
© #StefanFWirth Berlin2024

My #blog on #biologe + #literature:

wp.me/p2l6XU-1TF

Photos 2+3: details of small #lemontree from plant trade Berlin, 1: #Histiostoma sp. (H. #feroniarum-complex) from lemons in #Sorrento (#Italy,2006) © S. F. Wirth 2024

#Lemon #tree #Citrus × #limon, its fruits, their insecticidal effect, about tree-#endophytic #organisms (#microbiota) and the rotting #fruits as #habitats for #phoretic #mites (#Histiostomatidae). #Ecology, #phoresy, #phoresis, #soil, #decomposition
© #StefanFWirth Berlin2024

My #blog on #biologe + #literature:

wp.me/p2l6XU-1TF

Photos 2+3: details of small #lemontree from plant trade Berlin, 1: #Histiostoma sp. (H. #feroniarum-complex) from lemons in #Sorrento (#Italy,2006) © S. F. Wirth 2024

#Lemon #tree #Citrus × #limon, its fruits, their insecticidal effect, about tree-#endophytic #organisms (#microbiota) and the rotting #fruits as #habitats for #phoretic #mites (#Histiostomatidae). #Ecology, #phoresy, #phoresis, #soil, #decomposition
© #StefanFWirth Berlin2024

My #blog on #biologe + #literature:

wp.me/p2l6XU-1TF

Photos 2+3: details of small #lemontree from plant trade Berlin, 1: #Histiostoma sp. (H. #feroniarum-complex) from lemons in #Sorrento (#Italy,2006) © S. F. Wirth 2024

#Lemon #tree #Citrus × #limon, its fruits, their insecticidal effect, about tree-#endophytic #organisms (#microbiota) and the rotting #fruits as #habitats for #phoretic #mites (#Histiostomatidae). #Ecology, #phoresy, #phoresis, #soil, #decomposition
© #StefanFWirth Berlin2024

My #blog on #biologe + #literature:

wp.me/p2l6XU-1TF

Photos 2+3: details of small #lemontree from plant trade Berlin, 1: #Histiostoma sp. (H. #feroniarum-complex) from lemons in #Sorrento (#Italy,2006) © S. F. Wirth 2024

#Lemon #tree #Citrus × #limon, its fruits, their insecticidal effect, about tree-#endophytic #organisms (#microbiota) and the rotting #fruits as #habitats for #phoretic #mites (#Histiostomatidae). #Ecology, #phoresy, #phoresis, #soil, #decomposition
© #StefanFWirth Berlin2024

My #blog on #biologe + #literature:

wp.me/p2l6XU-1TF

Photos 2+3: details of small #lemontree from plant trade Berlin, 1: #Histiostoma sp. (H. #feroniarum-complex) from lemons in #Sorrento (#Italy,2006) © S. F. Wirth 2024

Shipwreck Ecology - Understanding The Function And Processes From Microbes To Megafauna
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https://doi.org/10.1093/biosci/biad084 <-- shared paper
--
[as a scuba diver who has done some wreck diving in various places around the world, there is an extra layer of interest here for me…]
#GIS #spatial #mapping #spatialanalysis #spatiotemporal #ship #shipwreck #underwater #ecology #function #processes #shipwrecks #shipping #archaeology #erosion #degradation #habitats #organisms #shipwreckecology #biota #trophiclevels