#terrestrial

David GraylessDavidGrayless
2025-06-24

Vespericola armigera, the Santa Cruz hesperian, is a of air-breathing , a in the family .

💧🌏 Greg CocksGregCocks@techhub.social
2025-05-20

A Comprehensive Framework For Evaluating The Quality Of Street View Imagery
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doi.org/10.1016/j.jag.2022.103 <-- shared paper
--
“HIGHLIGHTS
• [They] propose the first comprehensive quality framework for street view imagery.
• Framework comprises 48 quality elements and may be applied to other image datasets.
• [They] implement partial evaluation for data in 9 cities, exposing varying quality.
• The implementation is released open-source and can be applied to other locations.
• [They] provide an overdue definition of street view imagery..."
#GIS #spatial #mapping #streetlevelimagery #Crowdsourcing #QualityAssessmentFramework #Heterogeneity #imagery #dataquality #metrics #QA #urban #cities #remotesensing #spatialanalysis #StreetView #Google #Mapillary #KartaView #commercial #crowsourced #opendata #consistency #standards #specifications #metadata #accuracy #precision #spatiotemporal #terrestrial #assessment

Benjamin Carr, Ph.D. 👨🏻‍💻🧬BenjaminHCCarr@hachyderm.io
2025-05-12

Giant, #Ancient Life Form Doesn’t Fit Into Any Known Branch of Life
Scientists have debated where #Prototaxites belong in tree of life for over a century, but now a new study suggests it might represent a whole new branch.
Researchers analyzed #fossil of Prototaxites species called Prototaxites taiti and concluded that it belonged to now-extinct lineage of multicellular #terrestrial #eukaryotes (organisms, including all animals and plants, whose cells contain a nucleus).
gizmodo.com/giant-ancient-life

2025-05-08

Steve Pink’s ‘Terrestrial’ and Julie Pacino’s ‘I Live Here Now’ Among Fantasia 2025 First Wave Line-Up (EXCLUSIVE)

variety.com/2025/film/news/ste

Benjamin Carr, Ph.D. 👨🏻‍💻🧬BenjaminHCCarr@hachyderm.io
2025-05-04

Even the worst #massextinction had its oases
Scientists have debated whether this event caused nearly as much terrestrial destruction. Now, researchers from the Nanjing Institute of Geology and Paleontology (NIGPAS) of the Chinese Academy of Sciences suggest that #terrestrial #ecosystems did not suffer nearly as much as the #oceans.
Plants thrived in present-day #China throughout the End-#Permian #extinction.
arstechnica.com/science/2025/0

2025-04-25

alojapan.com/1257333/nec-achie NEC achieves Japan’s longest terrestrial wireless optical communication over 10 km: Press Releases #beam #FreeSpace #FSO #Japan #JapanNews #JapanTopics #nasushiobara #Network #news #OpticalFiber #QuantumCryptography #QuantumKey #RadioWaves #satellite #terrestrial #Tochigi #TokyoSkytree #WirelessCommunications FSO is a wireless communication method that enables high-speed and high-capacity communication compared to radio waves. It transm…

NEC achieves Japan's longest terrestrial wireless optical communication over 10 km: Press Releases
💧🌏 Greg CocksGregCocks@techhub.social
2025-04-12

Cuadro Físico Meteoro y Geológico de la Tierra y Reloj Cosmográfico. (Physical, Meteorological, and Geological [1879] Chart of the Earth and Cosmographic Clock.)
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davidrumsey.com/luna/servlet/d <-- shared David Rumsey Map Collection holding, and download the high resolution digital copy of the map…
--
[the level of detail - with the ballon and other cartographic affectations…]
#GIS #spatial #mapping #cartography #maps #oldmaps #global #world #geography #geology #flora #fauna #terrestrial #FridayFeeling #gischat #Spain #rivers #mountains #humanity #globe #earth
@DavidRumseyMapCenter

WordofTheHourwordofthehour
2025-03-29

: belonging to, or inhabiting, the land or ground, in distinction from trees, water, or the like

- French: terrestre

- Italian: terrestre

- Portuguese: terrestre

- Spanish: terrestre

------------

Word of The Hour's Annual Survey @ wordofthehour.org/r/form

2025-03-22

The upcoming extremely large telescopes will provide the first opportunity to search for signs of #habitability and #life on non-transiting #terrestrial #exoplanets.

For the most accessible nearby target, #Proxima Centauri b, we may be able to rule out a sub-Neptune #atmosphere in as little as a single hour of observing, and some #biosignature disequilibrium pairs may be accessible in 10 hours.

#astronomy #astrobiology
arxiv.org/abs/2503.08592

2024-12-29

The #terrestrial #pulmonate #gastropods (#Stylommatophora, Gastropoda) have two pairs of #retractile #tentacles, an #apomorphy (#evolutionary innovation of the stem species) of the higher taxon Euthyneura. The rear pair of tentacles is elongated and has #eyes at its tips.
My photos show them in a close #macro shot using the Mediterranean #snail #species #Cornu #aspersum (#Helicidae).
#biodiversity #evolution
© #StefanFWirth Berlin 2024

Photos
C. aspersum, 2020, New edit 2024 © S. F. Wirth

💧🌏 Greg CocksGregCocks@techhub.social
2024-12-04

New [2018] 30 Metre Resolution Global Shoreline Vector And Associated Global Islands Database For The Development Of Standardized Ecological Coastal Units
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doi.org/10.1080/1755876X.2018. <-- shared 2018 paper
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#GIS #spatial #mapping #coast #coastline #global #shoreline #landsat #remotesensing #spatialanalysis #extraction #AI #machinelearning #GSV #GSHSS #ecology #terrestrial #marine #ECU #waters #GEO #GoogleEarthEngine #MBON #BluePlanet #water #hydrography #hydrospatial #GroupOnEarthObservations
@GroupOnEarthObservations #islands @GEOSEC2025

maps - Top – The GSV along the Florida keys in the United States. The continental mainland of North America is shown in tan, islands > 1 km2 in area are shown in green, and islands < 1 km2 are shown in red. These landmasses are depicted at a 1:1,000,000 scale. Bottom – For cartographic reference, the same area of the Florida Keysmaps/landsat image - A visual comparison of the GSV and the GSHHS (Wessel and Smith Citation1996) for an archipelago at the westernmost end of the Florida Keys, United States. The underlying image is from a 1:65,000 level zoom of Esri's World Image Basemap. The yellow lines represent shorelines from the GSHHS, and the red lines depict GSV shorelines. Only the largest polygon shown is > 1 km2. The GSV shows improvement in the visual fit of the coastline vectors to the shore.photo - shoreline, Florida Keys, USAannonated map -  Illustrative example of the ecological coastal units (ECUs) spatial analytical framework showing the new Global Shoreline Vector (GSV) along a stretch of coast in northeastern Puerto Rico. The GSV is shown with regularly spaced segments attributed and symbolised, in this case, by sinuosity. Perpendicular transects placed at segment intervals are also shown. The segments and transects represent potential spatial objects which could be attributed with data and used to delineate ECUs. The proposed ecological zonation is also shown, including offshore (a) and nearshore (b) coastal waters separated by the 30 m depth contour, and coastal land areas (c) between the GSV and the inland limit of the coastal plain.
Teresita Porter 🙋🏻‍♀️DNAdataPhile@ecoevo.social
2024-10-25

Marine ecozones represent a major gap in Canadian DNA barcoding efforts

Comparison of the DNA barcode coverage from Canadian terrestrial and marine ecozones.

facetsjournal.com/doi/full/10.

#DNAbarcoding #Canada #terrestrial #marine #ecozone

Rᴏᴍᴀɴ Aʟᴛʜᴇʀroman_alther@scholar.social
2024-10-21

Leaf litter processing is crucial for integrating #terrestrial material into #aquatic food webs. Our study published in #oikos_journal reveals how the population #density of native and non-native #amphipods affects #leaf litter processing.

doi.org/10.1111/oik.10774

Experimental setup to keep amphipods in small tanks and measure their leaf litter processing. The picture shows three racks with 28 tanks each, placed on four shelfs of seven tanks.Experimental cages, plastic pipes covered by nets, placed in a natural stream. The pipes are attached to concrete bricks to keep them inundated. These cages were used to measure leaf litter processing by amphipods in natural streams.
O=C=Otuxom
2024-10-10

2024 LIVING PLANET REPORT

Over the past 50 years (1970–2020), the average size of monitored populations has shrunk by 73%.
Based on almost 35,000 population trends and 5,495 species of , , , and . Freshwater populations have suffered the heaviest declines, falling by 85%, followed by (69%) and populations (56%).

Report (PDF):
wwf.at/wp-content/uploads/2024




Cover 2024 LIVING PLANET REPORT

At a regional level, the fastest declines have been seen in Latin America and the Caribbean – a concerning
95% decline – followed by Africa (76%) and the Asia and the Pacific (60%). Declines have been less dramatic
in Europe and Central Asia (35%) and North America (39%), but this reflects the fact that large-scale impacts
on nature were already apparent before 1970 in these regions: some populations have stabilized or increased
thanks to conservation efforts and species reintroductions. Habitat degradation and loss, driven primarily by
our food system, is the most reported threat in each region, followed by overexploitation, invasive species
and disease. Other threats include climate change (most cited in Latin America and the Caribbean) and
pollution (particularly in North America and Asia and the Pacific).Graphic: Understanding drivers of change to nature
through regional perspectives

The global LPI does not give us the
entire picture – trends vary between
regions due to different types and
levels of pressure placed on nature
over the last 50 years.
The Intergovernmental Science-
Policy Platform on Biodiversity and
Ecosystem Services (IPBES) divides
the world into different geographic
regions24 to help assess and monitor
nature. The LPI trends presented
here follow this classification, with all
terrestrial and freshwater populations
within a country assigned to an IPBES
region. The Americas were further
subdivided into North America, and
Latin America and the Caribbean
(Mesoamerica, the Caribbean
and South America combined),
as these areas have experienced
environmental change over different
time periods. Trends for each species
group are weighted according to
how many species are found in
each IPBES region (Figure 1.5)Figure 1.5 The Living Planet Index by IPBES regions for combined terrestrial and freshwater populations from 1970 to 2020, based on 2,449 populations and 935 vertebrate species in North America, 3,936 populations and 1,362 species in Latin America and the Caribbean, 4,615 populations and 619 species in Europe and Central Asia, 4,622 populations and 768 species in Asia and the Pacific and 2,304 monitored populations of 552 species in Africa. White lines represent the index value and the shaded areas represent the statistical uncertainty surrounding the value.

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