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This is a subject that I am actually quite interested in because I often see women in various incarnations of the photo above. I wish I had the cojones to have friendly dialogue with someone who wears the full face mask (that is usually not very discreet), long sun visor (that some versions can look like a welding mask) and/or the long shirt and gloves (which I suspect is not just about avoiding skin cancer) to better understand the cultural differences.
I guess the fascinating thing to me that I try to understand is the "mindset". Honestly, if that were me, I would be uncomfortable going out in public. However, quite contrary, I have never sensed any uneasiness from people who look similar to this photo in the United States, where although it is becoming more common to see this, it is definitely not mainstream. Whereas in Asia, I presume this is accepted because of serious medical issues like SARS and other cultural differences.
I guess the rhetorical rebuttal to me would be "why don't you dress or look this way." I just really would like to understand better. Feel free to email. Any insight would be appreciated.
Here is one example, where non-hardened (actually it is hardened, but insufficiently) are equally illuminated, equally processed - only difference is after-exposure thermal treatment.
Laser 50 mW @450 nm, exposure time 3 minutes, dark reaction 2 minutes, hardening time 3 minutes, running water (clearing out dichromate) 3 minute or more, water bath 1 minute at 28C, IPA baths: each 15 seconds; 50%, 70%, 100%, 100% (last one hot). Drying with hair drier for about 5 minutes after last IPA alcohol bath.
Whole scene moves toward UV of the spectra due too much emulsion shrinkage. Later will see whether it is possible to correct this problem.
So far, I am focused to get clear emulsion after treatment, and seems that I am going into right direction. Out there are other ways to harden emulsion by some chemistry, but seems that thermal hardening working very well.
Edit: Sorry for poor image quality - due to MPG compression.
One is a painting of a dog called Jock, on the cover of the book 'Jock of the Bushveld', and the other is my girl, Ruby.
Seperated from the same litter perchance? :)
The one in the right didn't allow FTPS members to get inside. nyahahah!
I hate this place 'coz there were a lot of super film cameras that a poor boy like me couldn't afford... SIGH.
These are really amazing. I would love to see the machine that loads dirt into this baby. I would also love to hear this fired up!
just inherited a minolta srT202 from a sweetheart of a girl, look for lots of film photos to come from that guy as i save up gradually for the d300s.
andrew
Wild Bengal Slow Loris (Nycticebus bengalensis) also known as the ashy slow loris, Bengal loris, or northern slow loris, is found in southeastern Asia, specifically the countries of Bangladesh, Cambodia (west of the Mekong River), China (southern and western Yunnan Province and possibly southwestern Guangxi Province), northeastern India, Laos, Myanmar, Thailand, and Vietnam. The Bengal slow loris has the largest geographic range of any slow loris species!
Within these countries, the Bengal slow loris can be found in both evergreen forests, and deciduous forests (those whose trees lose their leaves during the colder months), and have also been found in bamboo groves. They have a particular preference for rainforests with dense canopies, and their presence in their native habitat indicates a healthy ecosystem.
The Bengal slow loris measures 10-15 inches (26-38 cm) from head to (stubby) tail, and weighs between 2.2-4.6 lbs (1-2.1 kg). They are, in fact, the largest slow loris species!
Males and females are relatively the same size and look alike. The only way to tell them apart is by their genitalia. Otherwise, the Bengal slow loris exhibits no sexual dimorphism (noticeable physical differences between genders).
Their lifespan in the wild is 15-20 years.
The Bengal slow loris is covered in dense, wooly gray-brown fur on the back and white fur on the underside. A dark stripe runs from the center of the back up to the top of the head. Arched “eyebrows” in a brown fur pattern encircle each eye, evoking an expression of mild surprise. A narrow white strip of fur separates the eyes and extends to a short, faintly pink snout. The forearms and hands are almost white in color. The hindlimbs vary in coloration, ranging from brown to nearly white, while like the hands, the feet are pale. Molting may cause seasonal color variations along the backside.
The Bengal slow loris shares a number of characteristics with other loris species. These include: a wet nose (more on that in the Fun Facts section), a barely-visible vestigial (no longer of use, but still present) tail, a round head with a broad, flat face, short ears, needle-like teeth, and large, saucer-like eyes which reflect a bright orange eye shine.
The big toe on each hind foot faces opposite the other toes, enhancing the “handy-dandy” (haha) gripping power. In addition, the second toe on each hind foot has a curved “toilet claw” which is used for scratching and grooming, while the other toenails are straight.
An omnivore, the Bengal slow loris’s diet primarily consists of fruit, but also includes insects and their larvae, tree gum, snails, spiders, bird eggs, nectar, honey, and small vertebrates such as birds and lizards.
They are especially dependent on sap and tree gum during the winter months.
The Bengal slow loris is nocturnal (active at night) and arboreal, spending most of the time in the trees. They move through the forest quadrupedally (on all fours) with deliberate movements as they forage. That is, they change direction or move between supports without much noise or change in speed. Their hands are supremely adapted to climbing, thanks to their fingers and opposable thumbs which, when clenched together, allow them a pincer-like grip (like a crab or lobster!)
Daytime hours are spent sleeping curled up in a ball in dense vegetation or tree holes. Starting at sunset, nighttime is dedicated to foraging for food. This is where those amazing eyes come in: forward-facing, each eye has stereoscopic vision; in other words, each eye sees a slightly different image of a single perception. Their specialized eyesight gives them an increased awareness of objects through greater depth perception and enhanced “night vision.”
Predators of the Bengal slow loris include pythons, monitor lizards, birds of prey such as hawk-eagles, large cats, and even orangutans! To avoid predators, the Bengal slow loris moves quietly through the trees and can hide within the surroundings. They can also curl into a defensive position, mimic a cobra by swaying back and forth with the arms above the head, or use the markings around the eyes to appear like an even bigger nocturnal predator. If all else fails, Bengal slow lorises use… venom! Yes, that’s right! VENOM! All slow lorises have a special brachial gland near their elbow which produces a toxic oil. When mixed with their saliva, the result is venom, which, while primarily used for communication, can also be used to deliver a dangerous, deadly bite!
Bengal slow lorises use a variety of vocalizations to communicate with one another. Infants use “clicks” to get Mom’s attention or to call her to their parked location if she is out foraging. Upon hearing her baby’s call, the mother will immediately return.
High-pitched whistles are used to attract a mate. These whistles are primarily used by females in estrus (sexually receptivity), but may also be used by males. Females will also supplement their whistling by scent-marking a spot with urine to increase her chances of attracting a male.
Pants ending with a distinct growl precede an attack (that is, before biting the threatening individual). “Chitters” lasting one to two seconds or longer are used in defensive situations when encountering members of the same species (such as two rival males encountering one another).
Like most nocturnal primates, Bengal slow lorises rely on olfactory (scent) cues. Urine is the primary means of communication for the species. Additionally, scientists believe that the brachial gland secretions may be used to mark home ranges, deter predators, or warn other lorises of potential danger.
Bengal slow lorises use their dental combs to groom one another, a tactile (touch) activity that helps to strengthen social bonds. Playtime, particularly between mothers and their babies, also reinforces social bonds.
Bengal slow lorises are polygynandrous (promiscuous) meaning both males and females have multiple partners during the breeding season.
Females attract males by whistling and scent marking when in estrus, and reproduce every 12-18 months. They have a gestation (pregnancy) period of six months, eventually giving birth to one offspring, though rarely, twins may be born. Upon attracting a potential mate, the female will usually hang from a branch by all four limbs to solicit mating. The male positions himself around the female while hanging on the branch with his feet, and clings to the female’s waist with his hands. Upon mating with the female, his task is done, as he plays no role in rearing the offspring.
Bengal slow lorises are year-round breeders, and because of their non-seasonal breeding patterns, females can become pregnant when their offspring are around six months old. This makes it possible for them to produce two offspring per year (if they haven’t already produced twins, obviously).
Infants are born with their eyes open and are covered in fur. The mother carries her young for about three months before they become independent, although they may be temporarily left on branches while the mother forages for food. Weaning usually occurs at six months, and sexual maturity is reached at approximately 20 months of age. The bond between mother and infant is close, as they will bond by playing, and by Mom grooming her infant to reinforce their connection.
As frugivores (fruit-eaters), Bengal slow lorises aid in the regeneration of their forest habitats by dispersing seeds through their feces as they move around the habitat. As a prey species, they also play a role in feeding local predators within the habitat. They additionally play a role in pollination. Like bees and butterflies, they collect pollen from flowers while drinking nectar. They then deposit it on each flower they visit, thereby pollinating the plants. Finally, they can also be considered pest controllers, thanks to their diet consisting of insects and their larvae.
The International Union for Conservation of Nature lists the Bengal slow loris as Endangered (IUCN, 2020), appearing on the IUCN Red List of Threatened Species.
The Bengal slow loris faces numerous threats to the species’ survival.
Despite being found in numerous protected areas throughout their range, poaching and illegal logging are rampant in these areas, while conservation measures are not species-specific. The most severe threats facing the Bengal slow loris are the wildlife trade (trapping for exotic pets, sport, and use in traditional medicine) and deforestation. Habitat destruction has also occurred through slash-and-burn agriculture (a technique involving the cutting and burning of plants in a forest to create agricultural space). Additional factors in their decline include road construction, dams, soil loss and erosion, and power lines. Hunting has been found to be most severe when nearby human urban populations increase.
One unique threat facing slow lorises is due to a combination of their adorable appearance and the “photo prop trade” marketed toward tourists. The use of slow lorises as “adorable accessories” for photo opportunities among tourists causes unnecessary stress for the poor animals. This trade occurs in some of the Bengal slow loris’s range (especially Thailand), but it is also extending into Europe, in countries such as Turkey, which import the Bengal slow loris for this purpose.
The Bengal slow loris is listed in Appendix I of the Convention on International Trade in Endangered Species (CITES), an international agreement between governments whose goal is to ensure that international trade in specimens of wild animals and plants does not threaten their survival.
Specific wildlife protections have been enacted on behalf of the Bengal slow loris within all of the countries where they reside. However, as is often the case with endangered species, laws created to protect them are largely ignored and difficult to enforce.
While they are found in numerous protected areas, exact population numbers are unknown. Actual surveys, rather than anecdotal reports, are necessary to determine their true abundance in the wild.
Researchers have attempted to draw attention to and reduce the photo prop trade involving Bengal slow lorises. Ongoing campaigns combat the number of illegal social media videos, in which the lorises are heavily exploited. Although conservation education programs exist across parts of their range, in most areas these are sporadic or even non-existent. A more coordinated effort among conservation organizations within their range would be immensely helpful. Currently, no education programs are known in Laos or Myanmar.
Rescue centers across their range maintain facilities for confiscated animals, particularly in Cambodia, Thailand, Vietnam, and Laos. Attempts have been made to release these rescued lorises, although they are often unmonitored, and therefore, it is difficult to assess the success of these releases, and their contribution to Bengal slow loris conservation. Following the protocols set forth by the IUCN Reintroduction Specialists Group is critical to assess the impact of these reintroductions. Furthermore, considering that the Bengal slow loris can be found near human settlements, translocating lorises should not be done without a proper understanding of their distribution and ecology in an area.
Ultimately, more strictly enforced laws and protection of (and within) the lands in which the Bengal slow loris resides, along with increased public awareness, education, and communications are critically needed. These actions, alongside additional research regarding the Bengal slow loris’s population size, distribution, and trends, and monitoring of population trends are needed to save the species from the threat of extinction.
Photo by Nick Dobbs 23-12-2024, Koh Yao Yai Island, Thailand
Difference Engine: Accumulator II
23 February - 23 March 2013
Difference Engine is an evolving touring exhibition by artists Mark Cullen, Gillian Lawler, Wendy Judge and Jessica Foley, featuring Gordon Cheung.
I think there was originally supposed to be a difference between a Winn-Dixie and a Winn-Dixie Marketplace. If there ever was a difference, it is long gone.
Shotwell and Lamar Streets, Bainbridge.
I told Clarkson that the photo will look a bit weird if they are both standing shoulder to shoulder so I encouraged him to stand back a bit.
As part of this year’s national Make a Difference Day, the Humboldt-Toiyabe National Forest worked with the Washoe County Sheriff's Office, Washoe County Sheriff's Hasty Team, City Auto Towing, Campbell Construction, and Nevada Department of Motor Vehicles to remove six vehicles from Kiowa Pond in the north end of the Carson Ranger District near Reno, Nevada. The vehicles have been a longstanding hazard and concern for people who recreate in the area. This year’s low water levels, and the need for HASTY team volunteers to conduct specialty dive training, presented a unique opportunity to help the Forest finally remove them. Credit: US Forest Service.
A documentary film by Tod Lending
PBS Airdate: Season 29 of POV (September 12, 2016)
Caption: Robert Henderson’s grandmother Ona Caldwell and Robert Henderson at Lake Forest graduation
Credit: Tod Lending
Photos are for press and private use only. All rights reserved. All uses of the photos must be credited as indicated in the captions. For additional information on rights or for any clearance issues, please contact communications(at)pov.org.
I meet this lady with her dog everyday in the morning - on my way to work.
At first there was something strange - about these two I couldn’t define.
I thought that they do not "fit" together. But after passing them by for a few months now they seem very natural for me.
During half time, the entertainment was provided by D. Eve Archer. An amazing singer!
Check her out! Google it ...D Eve Archer
The Bangalore office shows the time difference between with Germany...a factor that can be used advantageously. More photographs by Stuart Forster can be viewed at www.whyeyephotography.com.
NS 1070 gets the train of empty tanks rolling west out of Flag Center as it splits the crossing gates.
Flag Center, IL March 12, 2015
Can you spot the difference between a regular Red Horse beer and the special Happy Horse?
Note: Each case of Redhorse beer comes with one bottle of "Happy Horse" which is supposedly 3x stronger than the normal Redhorse. This is another Filipino Favorite BTW.
Shot with:
Canon EOS Rebel Ti / 300v
Super Lucky 200
The Global Urban Heat Island (UHI) Data Set, 2013, part of the Satellite-Derived Environmental Indicators collection, estimates the average land surface temperature within urban areas in degrees Celsius (summer daytime maximum and nighttime minimum), as well as the difference between those temperatures and the temperatures in surrounding rural areas, defined as a 10km buffer around the urban extent. Urban extents are taken from SEDAC's Global Rural-Urban Mapping Project, Version 1 (GRUMPv1), and land surface temperatures are taken from SEDAC's Global Summer Land Surface Temperature (LST) Grids, 2013, which are derived from the Aqua Level-3 Moderate Resolution Imaging Spectroradiometer (MODIS) Version 5 global daytime and nighttime LST 8-day composite data (MYD11A2). See more information at dx.doi.org/10.7927/H4H70CRF.
Had a meet with AZHT guys, had a hella fun of a time. learned a bit on this shoot, first time shoot high F stop on the big lens.
Nikon D700
Nikkor 70-200 2.8
Manfrotto Air Cushioned Aluminum Master Light Stand
2 Nikon Speedlights
SB900
SB800
A documentary film by Tod Lending
PBS Airdate: Season 29 of POV (September 12, 2016)
Caption: Robert Henderson’s grandmother Ona Caldwell
Credit: Tod Lending
Photos are for press and private use only. All rights reserved. All uses of the photos must be credited as indicated in the captions. For additional information on rights or for any clearance issues, please contact communications(at)pov.org.
Pema, I and Shiva. Pema and Shiva evinced all features of very reliable team and friends during our long trek on Manaslu, Pisang Peak and Tilicho Lake&Mesokanta Pass. They solved all problems, which couldn't be avoided in such a long and difficult trek.
Mountain Home State Forest, California. I framed this shot to emphasize the difference between the giant sequoia and its forest companions. It's not that the dogwoods and firs are small; it's that the redwood is a giant. The photo shows just a fraction of the trunk. Dozens of trunks of fir would fit within the circumference of this one. The branches are way above the tops of the other trees. Giant sequoias are the largest things that ever lived, much larger than the largest animal. An ultrasaurus would not be able to reach the first branch on the General Sherman.