#fossils 2025

[echinoid-fossils-on-the-rocks]

The first pics of an piece of coral & an part of belemnite fossils, found now on the sun setting.

Edit: Found also an handful of snails & mussels in sandstone pieces with the gravel on sand.

[navusare]

sacred geometry ꩜

| earth day |

piece from a project i shared some months ago… felt fitting for earth day

[arminreindl]

Croc Paleontology Recap Febuary 2025

January passed so fast probably cause its the shortest month but we still got a handfull of papers out of it. So lets get right into it.

The function of the armor of Stagonolepis

Getting us started in the Triassic is a paper on the osteoderms of the aetosaur Stagonolepis: "The histology and function of the dermal armour of the aetosaur Stagonolepis olenkae Sulej, 2010 (Archosauria, Pseudosuchia) from Krasiejów (SW Poland)". Now as you probably figured from the handfull of times I've talked about aetosaurs on here, their osteoderm armor is very characteristic, very important in telling them apart and VERY extensive.

The results of this study are interesting. For starters, although osteoderms frequently serve a function in thermoregulation in modern crocs and even temnospondyls, this does not appear to have been the case for Stagonolepis. Now superficially, aetosaur osteoderms do show the same pitted surface as modern croc armor, which is caused by the elements absorbing bone and depositing it elsewhere throughout growth, something that reduces mass while maintaining stability and also increases surface area. However, Stagonolepis osteoderms are not vascularized like those of modern crocs, lacking the densely packed blood vessels that help absorb heat. The external surface of the osteoderms also doesn't show signs of thick sharpeys fibres, which are generally used to anchor the osteoderm in the soft tissue. What this means is that the osteoderms were not deeply embedded in skin (as has been suggested for some notosuchians) but rather were covered in keratin like those of modern crocs. But if not for thermoregulation, then what are the osteoderms for. Well on the one hand, obviously they work as armor. Their structure makes them robust yet leight weight and they are firmly embedded through sharpeys fibres present on the lower cortex of the osteoderms (tho its highlighted that they aren't as densely packed as in ankylosaurs). The keels that mark the osteoderms further prove to be quite usefull when it comes to reducing stress from a vertical attack. If you really want an additional reason for the armor, the authors offer the suggestion of being an adaptation to prevent water loss. Finally, histology shows that the osteoderms do not feature lines of arrested growth (basically signs for poor growth throughout the animals life), which suggests that the environment inhabited by Stagonolepis was quite moderate and did not have strong seasons that might influence the animals growth throughout its life.

Bottom: A diagram of Stagonolepis is sideview, showing the various types of osteoderms covering its body. Reconstruction by S. Górnicki

Growth strategy in Trialestes and its implications

Up next something not too different from a study we had in January. Last time we had a study on the growth of a peirosaurid notosuchian, this time "A fast start: Evidence of rapid growth in Trialestes romeri, an early Crocodylomorpha from the Upper Triassic continental beds of Argentina based on osteohistological analyses" brings us something similar except for the "sphenosuchian" Trialestes (more on that group later).

So what did we learn? Well for starters, neither of the examined specimens (which included the holotype) were mature, both in terms of sexual maturity and skeletal growth. What is weird is that morphology (specifically bone fusion in the vertebra) indicates the opposite to what has been concluded based on bone microstructure, which may suggest that in Trialestes either reached sexual maturity at a delayed rate of that histology and sexual maturity do not correlate all that much. Anyhow, based on crosssections of the bones, they are estimated at a minimum of two years and one year of age at the time of their deaths. Histology also shows that Trialestes appears to have grown quite rapidly. Curiously a previous study estimated a third specimen to have been one year old, eventhough this new study recovered the same age for a specimen only half that size. This seems to suggest that age and growth do not really correlate for some unknown reason, with possible explanations including differences between sexes or simply differing environmental conditions. Looking at the results at a grander scale, similar growth rates have previously been calculated for other nimble crocodylomorphs such as Terrestrisuchus and Saltoposchus, with the latter growing even faster than Trialestes. Of course when you get into more derived members of Crocodylomorpha strategies start to change, for example the slightly more derived Hesperosuchus was growing at a slower speed than Trialestes and if you recall January we know that Notosuchians can differ even within a genus (see Araripesuchus). Modern crocs appear to generally grow slower overall in their ontogeny, tho in some like the broad-snouted caiman environmental conditions seem to play quite the rolle. Nevertheless, the paper concludes that faster growth rates appear to be more widespread in early crocodylomorphs and may have been the ancestral condition.

Below: Reconstruction of the head of Trialestes by Joschua Knüppe (there is really not much art of this guy out there)

Now for two papers that are very relevant to my efforts on Wikipedia, namely two studies on the European alligatoroid Diplocynodon.

Growth strategy of Diplocynodon hantoniensis

First of all, sorta the same thing we just had for Trialestes but applied to Diplocynodon hantoniensis, a species from the Eocene of southern Britain (and actually one of the first Diplocynodon species discovered). The greater goal of "Evolution of growth strategy in alligators and caimans informed by osteohistology of the late Eocene early-diverging alligatoroid crocodylian Diplocynodon hantoniensis", as you might guess from the title, is actually to use Diplocynodon in order to figure out how growth strategies evolved in the two modern groups of alligatoroids, gators and caimans, who share similar strategies despite having been separated from another since before the extinction of the dinosaurs.

With 9 studied upper leg bones, the sample used in the study ranged from immature specimens to adults, which in the case of D. hantoniensis might reach lenghts of 1.2–3.4 meters. The growth strategy of Diplocynodon is recovered as both being determinate (meaning that they stop growing at a certain point) and seasonally controlled (which feels self-explanatory), both also seen in modern alligatoroids. Now assuming that the growth marks accurately reflect yearly intervals (which may not necessarily be the case), then the studied individuals ranged between 5 and 26 years old at the least. Skeletal maturity seems to have been reached in a similar range as modern alligatoroids (gators reaching maximum size between 30 and 40 and caimans between 12 and 18). As with Trialestes earlier, there are some individuals that show signs of being fully grown, yet are less than half the size of other individuals, possibly indicating sexual dimorphism (female gators stop growing earlier and at a lower size than males) or environmental conditions that affected growth (though there is doubt cast over this latter interpretation). The study concludes that, based on Diplocynodon hantoniensis, alligatoroids are simply relatively conservative in their growth strategy and what we see in gators and caimans is likely their ancestral strategy, rather than having been developed independently.

Below: A photo of the skull of Diplocynodon hantoniensis (taken by John Cummings), not actually relevant to the study but I mean it shows what this thing looked like.

The sense of smell and EQ of Diplocynodon tormis

Moving away from the Eocene of the UK and to the Eocene of Spain, we got a different species of Diplocynodon as the main subject of "New data on the inner skull cavities of  Diplocynodon tormis  (Crocodylia, Diplocynodontinae) from the Duero Basin (Iberian Peninsula, Spain)". Specifically, the study deals with the description of and what we can learn from a CT-scan that gives us insights into the forebrain, olfactory bulbs, nasal cavity, air sinuses, etc..

Overall the shape of the brain matches the idea that Diplocynodon is an early alligatoroid, including some distinctive features of this clade and some traits that are basal to crocodilians. Like modern alligators, Diplocynodon tormis seems to have had a good sense of smell, though not as keen as that of crocodyloids. The holotype specimen falls within the upper values in terms of olfactory acuity among alligatoroids, but still clearly outside of the range exhibited by crocodyloids, while another studied specimen performed a lot poorer (though its also not as well preserved). As for cognitive abilities, the study also calcuated the Reptilian EQ of D. tormis. The authors note that the EQ of Diplocynodon tormis appears below the average of other medium-sized crocodilians and instead comes closer to the EQ of large forms. Tho it is also noted that damage to the specimen might have affected the results.

Left: A 3D model of the holotype skull of Diplocynodon tormis Right: A 3D model of that same skull but highlighting the various internal structures such as the brain, nasal cavity, nerves, etc..

A history, redescription and the biology of the teleosaur Macrospondylus

Ah Macrospondylus bollensis, once known under the name Steneosaurus (like every other teleosauroid lets be honest), perhaps one of the most well known members of this group given its extensive fossil record from the Posidonia Shale in Germany. Despite this, and also like many other teleosauroids, its history is confusing, long and just a whole can of worms. One dealt with in "A re-description of the teleosauroid Macrospondylus bollensis (Jaeger, 1828) from the Posidonienschiefer Formation of Germany".

To give you the abridged version, the holotype of Macrospondylus bollensis was found all the way back in 1755 (meaning it was discovered so long ago even Napoleon wasn't born yet) and quickly recognized as some sort of crocodile relative. It was named Crocodilus Bollensis in 1828, described in the 1830s and given the genus name Macrospondylus in 1831 (and then again by a different author in 1837, seemingly independent of the previous study).

Being this old, of course the fate of Macrospondylus would be shaped by historical events, specifically the German revolutions of 1848–1849, when a fire set by revolutionaries in Dresden grew out of control and spread to the collection, damaging but thankfully not destroying the fossil. Chaos ensued unrelated to that as various researchers proceeded to lump Macrospondylus into either Teleosaurus, Mystriosaurus or even Geosaurus before circling back to Crocodilus, eventually settling on Steneosaurus in the 1960s. Scientists did eventually grow wise to Steneosaurus being an overlumped wastebasket of a taxon, but this was not fixed until 2020 when this gordian knot was hacked to pieces once more, resulting in the revival of Macrospondylus.

Keeping all this confusion in mind, recent work including this paper still finds that Macrospondylus is actually the most abundant Toarcian teleosaur and especially common in Germany (no doubt thanks to the Posidonia Shale, this doesn't necessarily reflect how things were at the time). In terms of ecology, Macrospondylus may have been a long-snouted generalist, being able to consume a much wider selection of and overall bigger prey than some of its rarer relatives. Size might also have been a factor, since large Macrospondylus reach up to 5 meters in length and would therefore have access to more robust and larger prey. Its wide distribution might also suggest that it was less picky than other teleosauroids about where it lived and though previously suggested to have been more marine, this new study seems to favor the idea that it was still fairly amphibious throughout its life. This is interesting given that the Posidonia Shale, where so many specimen are known from, is a pelagic off-shore open ocean environment, with the potentially more terrestrial Platysuchus and the shallow water Plagiophthalmosuchus being much rarer. Of course, there is always the possibility that this idea of Macrospondylus being super common is skewed simply by the preservation and the excavation at Holzmaden, which as said before might not reflect the state of the entire species population.

Left: A fossil of Macrospondylus next to Dr. Michela Johnson, photo by Meike Rech Right: Thalattosuchians from Tübingen by Pascal Abel, the two skeletons on the left wall and the bottom slab on the right all represent Macrospondylus Bottom: Macrospondylus photographed by Sven Sachs

The metabolism of Notosuchians

Back to something less constrained to any specific taxon, we got "Revisiting the aerobic capacity of Notosuchia (Crocodyliformes, Mesoeucrocodylia)",a paper on notosuchian metabolism, which is one of those things that might surprise people unfamiliar with them.

Of course Notosuchia is the great post-Triassic terrestrial radiation of the crocodile-lineage, bringing forth a great diversity of land-dwelling froms from small omniv, ores, bulky herbivores and even lanky carnivores. Despite this, it might come as a surprise that they were in fact not "warm blooded". This is again reinforced by this months paper by Sena and colleagues, who recover that their mass-independent maximal metabolic rates lie somewhere between modern crocs and monitor lizards (which again fits with previous studies on the matter). This means that fitting with their anatomy and lifestyle, they were more active than modern crocs and able to sustain more vigorous activity. Being ecto-thermic, they were still dependent on outside temperatures to heat them up before they were able to really take things to their fullest. Consequently it has also been hypothesized quite a bit that to cool down, they might have entered burrows later in the day.

Left: Two Baurusuchus are shown hunting a small Caipirasuchus, with all individuals shown as being fast, agile and terrestrial. Artwork by Deverson da Silva Right: Armadillosuchus emerging from its burrow under a tree stump with a herd of sauropods in the back. Artwork by Julia d'Oliviera

Now, for what I'm guessing all five of you that made it this far have been waiting for. The newly named crocs....which I didn't have time to make dedicated posts for. Look shit sucks alright, weekends have been really brief this month and I feel very tired.

Pattisaura: A new sphenosuchian from Texas

Getting us started on Pattisaura, a new genus of "sphenosuchian" (I told you I'd come back to them) from the Late Triassic Cooper Canyon Formation of Texas. Described in "A new crocodylomorph (Pseudosuchia, Crocodylomorpha) from the Upper Triassic of Texas and its phylogenetic relationships", this little guy generally represents what one might see as a quintessential sphenosuchian. A somewhat body pointed skull with large eyes, terrestrial habits, long and slender legs, a far cry from what we tend to associate with crocodylomorpha today.

The name Pattisaura was coined in honor of Mrs. Patricia Kirkpatrick, who's family has let paleontologist look for fossils on their farm (gee I wonder why that name sounds familiar) and the species name gracilis derives from....I mean do I even need to say it?

Unsurprisingly, the phylogenetic analysis of this study shows that Sphenosuchia is paraphyletic and doesn't actually form a single clade, instead simply representing a series of consecutively branching early crocodylomorphs. What can be said is that Pattisaura seems to clade with Redondavenator.

While perhaps unassuming in size or ferocity, little Pattisaura is nonetheless an interesting addition to the pseudosuchian fauna of the Cooper Canyon Formation, which has previously yielded the remains of the phytosaur Machaeroprosopus, various aetosaurs including Desmatosuchus, Aetosaurus, Typothorax and Paratypothorax, poposauroids like Shuvosaurus and the iconic Postosuchus alongside many other Triassic classics such as drepanosaurs, silesaurids, lagerpetids, coelophysoids and more.

Left: The skull of Pattisaura photographed by Aaron dp Right: The skull in top, bottom and sideview, reconstructed to account for taphonomic distortion and damage to the material

Thilastikosuchus: Brazil's oldest notosuchian

And the final one for this month is Thilastikosuchus scutorectangularis (mammal crocodile with rectangular scutes) described in "Anatomical description and systematics of a new notosuchian (Mesoeucrocodylia; Crocodyliformes) from the Quiricó Formation, Lower Cretaceous, Sanfranciscana Basin, Brazil". This little guy, and I mean little as it is based on a juvenile specimen, was recovered from the Early Cretaceous Quiricó Formation of Brazil and represents a new member of the obscure family Candidodontidae.

To give a brief description, Thilastikosuchus was a small, slender-limbed animal, although admittedly we only have a juvenile to go off from. Its teeth are prominently heterodont, meaning that rather than having jaws filled with relatively similar conical teeth its dentition was a lot more diverse, specifically consisting of subconical incisiforms and molariforms with multiple cusps. The armor of the body, as the name suggests, is rectangular with a smooth outer and back edge, eventually transitioning into the square osteoderms of the tail that possess a prominent keel down their middle. As with most notosuchians, there were only two rows that run down along the spine, rather than the more complex armor seen in modern crocodiles.

Perhaps most interesting are the phylogenetic and evolutionary implications of this animal. Thilastikosuchus is the oldest known notosuchian from Brazil and perhaps even the oldest notosuchian of all of South America, which might have big implications for the groups evolution. It is placed as a member of the Candidodontidae, a family coined to include Candidodon and Malawisuchus but not always regarded as a distinct group throughout publications. This new paper specifically places them at the very base of Notosuchia, branching off even before Uruguaysuchidae and Peirosauria. Given the very mammal-like teeth of candidodontids, this raises the question whether or not such dentition was simply convergently evolved by them and sphagesaurids (assuming their position amongst notosuchians holds true) or if its the ancestral condition that was later lost by groups such as uruguaysuchids and baurusuchids. It also adds an interesting aspect to the diversification of the group. As things stand, the oldest known notosuchian is Razanandrongobe from the Jurassic of Madagascar, but this taxon and its significance are poorly understood. With this new paper, we definitely see a clear diversification of notosuchians in the earliest Cretaceous through candidodontids, another radiation later in the Albian with uruguaysuchids and peirosaurs and a final burst in diversity towards the end of the Cretaceous with the numerous forms known from the Bauru group.

Left: Skeletal reconstruction of Thilastikosuchus with special focus on the osteoderms by Felipe Alves Elias Right: Live reconstruction by the same artist with an adult individual looming in the background

[justinspoliticalcorner]

Daniel Cusick, Chelsea Harvey and Scott Waldman at Politico:

The Trump administration wants to effectively break up NOAA and end its climate work by abolishing its primary research office and forcing the agency to help boost U.S. fossil fuel production, budget documents show. The move, outlined in a memo from the White House Office of Management and Budget, carries forward President Donald Trump’s broader goals of slashing federal spending, gutting climate research and unleashing U.S. energy production. But it also represents a dramatic shift in NOAA’s mission. NOAA has long served as the nation’s preeminent climate and weather agency, and the new marching orders would downsize those functions in the pursuit of a “leaner NOAA,” the memo says. It calls for a sharp spending cut at the agency.

NOAA would get about $4.5 billion in its next budget, down from roughly $6.1 billion in its 2025 enacted budget. Key to the cutback is the elimination of NOAA’s Office of Oceanic and Atmospheric Research, which facilitates studies of the planet’s oceans, atmosphere, climate, weather patterns and other Earth systems. The changes were outlined in a budget proposal shared this week with POLITICO’s E&E News by three current and former agency employees. The memo broadly calls for a shakeup within the Commerce Department, where NOAA is housed, to help balance the federal budget. “Reaching balance requires: resetting the proper balance between Federal and State responsibilities with a renewed emphasis on federalism; eliminating the Federal Government’s support of woke ideology; protecting the American people by deconstructing a wasteful and weaponized bureaucracy; and identifying and eliminating wasteful spending,” the memo says. The OMB document — called a “passback” memorandum because it notifies agency officials of what to expect in the forthcoming fiscal year — also indicates NOAA’s operations, research and facilities (ORF) budget would be cut by 38 percent, from $4.8 billion in 2025 to $3.47 billion in 2026.

[...] The document reflects OMB Director Russ Vought’s proposal in Project 2025, the conservative policy handbook, to break up NOAA and dramatically shrink its mission while ending its work on climate. Vought wrote in Project 2025 that NOAA should be disassembled because it is the “source of much of NOAA’s climate alarmism” and said the “preponderance of its climate-change research should be disbanded.”

[...] The document also outlines a significant shift in the mission of the remnants of NOAA that will survive. That does not include any work on climate change, according to the document. “Passback eliminates functions of the Department that are misaligned with the President’s agenda and the expressed will of the American people,” the document states. It forces “significant reductions to education, grants, research, and climate-related programs within NOAA.”

The Project 2025-ization of our government continues, as the Trump Regime outlines plans to carve up NOAA and smother climate research.

[chocolatechipkraken]

Gemuary 2025 Day 18: Turritella Agate

Turritella Agate, aka Elimia Agate, is a form of chalcedony stuffed full of the fossils of Elimia Tenera snails! The area where they are found, Green River in Wyoming, was once a riverbed.

[leafcreature]

Curiosity January - Day 9 - Marine

[meteorologistaustenlonek]

Project 2025 would all but dissolve the National Oceanic and Atmospheric Administration.

"Violent storms…make clear that America’s national security is only as strong as our ability to accurately predict the weather, especially as natural disasters and extreme weather rise in our warming climate. Scientists around the globe use all of this information. Its collection is proof of human-induced global warming. It’s fitting, then, that the agency would be a target of hard-right activists and the Heritage Foundation, which has received fossil-fuel funding."

[hyperfixationinc]

Desert version of the landscape bottle

-

March 2025

[tomorrowusa]

Project 2025, written by members of the Trump administration and Trump's political cronies, wants to get rid of NOAA which includes the National Hurricane Center. They are hardcore climate deniers who wish to erase all evidence of climate change to protect the fossil fuel industry.

While no two hurricanes are alike, there is something potentially worrisome about Category 4 Hurricane Helene. It has been the latest in rapidly intensifying storms. The era of rapid intensification probably began in 1992 with Cat 5 Hurricane Andrew. But Helene moved through the Gulf of Mexico at a rapid rate for a hurricane at such latitudes. At one point it was moving at 24 MPH/44 KmH. What that means is that its momentum took it further inland with less loss of intensity than a slower moving storm.

So at 2 AM Friday, Helene was still a full-blown hurricane well into inland (as opposed to coastal) Georgia.

People in Savannah were probably astonished to have a hurricane 150 miles to the west rather than one 150 miles to the east.

With rapid intensification AND rapid movement of hurricanes, areas further inland are now in greater danger. The Trump/Project 2025 destruction of our ability to monitor cyclones would do to climate and meteorology what the destruction of Roe v. Wade has done to reproductive health.

[sea-differently]

Trump vs the Environment

There's no way to say this kindly... Trump is bad for the environment. From executive orders to pulling the U.S. out of the Paris Agreement, Trump has made it clear he is here to abuse and profit from the Environment. Unfortunately, it's all a part of Project 2025, with 42% of the book complete. Check out this Project 2025 Tracker!

Trump's administration is also constantly ripping at EPA regulations. That includes taking away regulations regarding automobile emissions, power plants, and air/water pollution. Read this article by Dana Drugmand from the Sierra Club. Drugmand writes about Trump and Zeldin vs the EPA, and "the greatest day of deregulation," as Zeldin states.

A second term will not make us lose hope. Remember, we still have a voice. Now is especially the time to stick together, so we must make our voices clear! Use your voice and power to add your name, email, and zip code to pledge and fight against Trump!

Get Involved!

[echinoid-fossils-on-the-rocks]

Was now out walking to the woods on my neighborhood. Found some handful of flint fossils.

The damaged Echinocorys has an good size and weight,

[millionmovieproject]

Since Liberals want to clutch their pearls about this so much, consider we only have one actual party: corporations.

[singulaisty]

me poorly editing this pfp/icon’s hair color on ms paint online bc i would rather lose my time doing this (with a very bad result in return) than using the AI function that’s shoved down our throats in every editing app out there

doing anything with technology these days is an unending cycle of going no i do not want to use AI. im not interested in setting up copilot. I do not want help building my site. I would like my autocorrect to make sense again. I do not want AI generated search suggestions. no. nope. still not. die

[facts4u2know]

US Clean Energy Benchmark

5/06/25

Clean energy outpaced fossil fuels for the first time in March, when solar, wind, hydropower, other renewables, and nuclear power met 50.8% of the US energy demand. Coal and fossil gas made up the remaining 49.2% of power generated.  This is a huge improvement from a decade ago, when fossil fuels comprised two-thirds of the US energy resource mix.

Solar and wind generation jumped by 37% and 12% respectively, compared with the previous year, and fossil fuels fell by 2.5%.

[firstoccupier]

Fossil Fuels and Biden: The Policy Dilemma

🛢️ Biden’s Climate Contradiction: “End Fossil Fuels”? Not Quite. President Joe Biden campaigned on a bold climate agenda, promising to end fossil fuel drilling on public lands and lead the United States toward a clean energy future. Yet, in office, his administration has approved more oil drilling permits than his predecessor and overseen record-breaking oil production levels. This apparent…

[mensstyleworld]

Top 10 Brand Watch Prices in Bangladesh 2025

Watches are much more than timepieces. They are an expression of style, a marker of status. Here in Bangladesh, different brands are targeting different tastes and wallet sizes. This guide will explore the characteristics and price ranges of the 10 best watch brands in 2025.

Brand Watch Prices in BD:

1. OLEVS—Affordable Elegance

OLEVS has pretty high-end styles that are affordable. It is a common choice among young professionals for its stylish blend of function and fashion. If you want to know more branded watch prices BD here: http://munfanmart.com/product-category/brand-watch/

Famous Models: OLEVS 3620 series

Price: BDT 2,800–3,200

2. SKMEI—Tough and affordable

SKMEI is also one of those brands that provide durable watches with a modern look. They offer a range of digital and analog styles that are great for everyday use.

Top Models: SKMEI 9268, SKMEI 2049

Price Point: BDT 1,500 — BDT 3,000

3. CRRJU—Sleek and Stylish

CRRJU is all about slick styles for the trendy. Their watches are perfect for people looking for some class without breaking the bank.

Popular Models: CRRJU 5003

Price BDT: 2,500–3,500

4. Casio—The Gift of Japan manufacturing

Casio strikes a balance between innovation and reliability. They produce both digital and analog watches for any taste.

Key Models: Edifice models, Illuminator models

Price: BDT 850 - BDT 27,500

5. Fossil — Modern Looks Inspired by Vintage Styles

Fossil has curated a selection of its most charming vintage watches paired with modern technologies. Their designs have a more casual and formal appearance to them.

Well-Known Model: Fossil Blue Dive

Price: BDT 18,900 – BDT 26,500

6. Tissot—Swiss Precision

Tissot — Known for Swiss crafting and precision, their watches symbolize opulence and are led by design.

Top-selling Models: T-Sport Chronograph, Carson Premium

Price: BDT 34,500 – BDT 75,000.

7. Seiko—Where Innovation Meets Tradition

Seiko combines the spirit of traditional watchmaking with innovative technology. This brand reflects the durability and style of their timepieces.

Trending Models—Seiko Essential Urban Style

Price Range: BDT 24,500 – BDT 28,500

8. Citizen — Fashionable Sustainability

Citizen — Offers Eco-Drive technology that uses light as a watch's power source. They provide sustainable choices that do not harm design.

Best Sellers: Eco-Drive series

Price Range: 15,000–80,000 BDT

9. Tag Heuer—Sporty Luxury

Combining sporty with luxury, Tag Heuer, the brand that appreciates performance and style, prefers their watches.

Popular Models — Carrera Calibre 16

Price-Tag: BDT 500,000 – BDT 650,000

10. Rolex—Timeless Prestige

My 5-minute watch is a Rolex, a brand that stands for the highest quality in watchmaking. The more significant part of the path is a status sign and one thing kept in the family.

Top Models: GMT-Master II, Submariner

Price: BDT 1,000,000 – BDT 10,000,000

Choosing the Right Watch

Here are some criteria you can consider when picking a watch:

Know Use: Understand whether the watch will be used as a daily wear watch, for sports purposes, or for some formal events.

Budget: Choose the budget according to your preference.

Functionality: Seek Options such as Water-resistance, chronograph or Smart Features

Brand Reputation: Choose brands associated with quality and service, especially after the sale.

Conclusion -

In 2025, the watch market in Bangladesh has something for everyone, from low-cost fashion watches to high-end luxury timepieces. There is a watch for everyone, whether you want to get into watches or you are an experienced collector with a limited budget or no limit.