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The Asian Independent 16 - 30 Nov. 2019

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www.theasianindependent.co.uk<br />

London : <strong>The</strong> UK-based Internet<br />

Watch Foundation (IWF) has revealed<br />

that nearly half of the child abuse content<br />

in the social media space is being<br />

shared openly on micro-blogging platform<br />

Twitter.<br />

According to a report in<br />

<strong>The</strong> Telegraph that accessed<br />

the IWF data, 49 per cent of<br />

the images, videos and url<br />

links it found on social media,<br />

search engines and cloud services<br />

in the last three years<br />

were on Twitter - "making up<br />

1,396 of the total 2,835 incidents".<br />

This is a scary incident<br />

as the child abuse images and<br />

videos slipped through<br />

Twitter's filters and were<br />

available for anyone to see.<br />

According to the IWF, it helps<br />

minimise the availability of<br />

online sexual abuse content,<br />

specifically child sexual abuse<br />

content hosted anywhere in the world.<br />

<strong>The</strong> majority of its work focuses on<br />

the removal of child sexual abuse<br />

images and videos. "We search for<br />

child sexual abuse images and videos<br />

and offer a place for the public to<br />

report them anonymously. We then<br />

have them removed," it said on its<br />

website. Microsoft's Bing search<br />

engine was second in the IWF report,<br />

NEWS<br />

Twitter leads in child abuse<br />

content on social media<br />

with 604 incidents recorded between<br />

20<strong>16</strong> and 2018, followed by Amazon<br />

with 375 and Google with 348.<br />

"<strong>The</strong> IWF found 72 incidents of<br />

abuse being openly hosted on<br />

Facebook, 18 on its sister site<br />

Instagram and 22 on YouTube," said<br />

the report. A Twitter spokesperson<br />

replied to the IWF report: "We have<br />

serious concerns about the accuracy<br />

of these figures and the metrics used<br />

to produce them. We will continue to<br />

work with the IWF to address their<br />

concerns and improve the accuracy of<br />

their data". Susie Hargreaves OBE,<br />

CEO of the IWF said that "our data is<br />

accurate and recorded fairly and consistently<br />

regardless of where we find<br />

child sexual abuse material".<br />

Microsoft also questioned the IWF<br />

data. Earlier reports claimed<br />

that Microsoft's search<br />

engine Bing is still serving<br />

child porn, and certain<br />

search terms on the platform<br />

brought up child porn<br />

images and related keywords.<br />

"Microsoft's Bing search<br />

engine reportedly still<br />

served up child porn, nearly<br />

a year after the tech giant<br />

said it was addressing the<br />

issue. "<strong>The</strong> news comes as<br />

part of a report in <strong>The</strong> New<br />

York Times that looks at<br />

what the newspaper says is<br />

a failure by tech companies<br />

to adequately address child<br />

pornography on their platforms,"<br />

reports CNET. <strong>The</strong> tech giant has long<br />

been at the forefront of combating<br />

abuse imagery, even creating a detection<br />

tool called "PhotoDNA" almost a<br />

decade ago. But many criminals have<br />

turned to its search engine Bing as a<br />

reliable tool. "Part of the issue is privacy,<br />

some companies say," said the<br />

report.<br />

New York : Using a special type<br />

of radar, researchers have discovered<br />

the invisible footprints hiding since<br />

the end of the last ice age -- and what<br />

lies beneath them. <strong>The</strong> fossilised<br />

footprints reveal a wealth of information<br />

about how humans and animals<br />

moved and interacted with each other<br />

12,000 years ago, according to the<br />

study published in the<br />

journal Scientific<br />

Reports.<br />

"We never thought to<br />

look under footprints,<br />

but it turns out that the<br />

sediment itself has a<br />

memory that records the<br />

effects of the animal's weight and<br />

momentum in a beautiful way," said<br />

study lead author Thomas Urban<br />

from Cornell University in the US. "It<br />

gives us a way to understand the biomechanics<br />

of extinct fauna that we<br />

never had before," Urban said. <strong>The</strong><br />

researchers examined the footprints<br />

of humans, mammoths and giant<br />

sloths in the White Sands National<br />

Monument in New Mexico.<br />

Using ground-penetrating radar<br />

(GPR), they were able to resolve 96<br />

per cent of the human tracks in the<br />

area under investigation, as well as all<br />

<strong>16</strong>-11-<strong>2019</strong> to <strong>30</strong>-11-<strong>2019</strong><br />

19<br />

‘Ghost’ footprints<br />

hiding since end of<br />

Ice Age found<br />

of the larger vertebrate tracks. "But<br />

there are bigger implications than just<br />

this case study," Urban said. "<strong>The</strong><br />

technique could possibly be applied to<br />

many other fossilised footprint sites<br />

around the world, potentially including<br />

those of dinosaurs. We have<br />

already successfully tested the method<br />

more broadly at multiple locations<br />

within White<br />

Sands," Urban<br />

added. "While these<br />

'ghost' footprints<br />

can become invisible<br />

for a short time<br />

after rain and when<br />

conditions are just<br />

right, now, using geophysics methods,<br />

they can be recorded, traced and<br />

investigated in 3D to reveal<br />

Pleistocene animal and human interactions,<br />

history and mechanics in genuinely<br />

exciting new ways," said study<br />

co-author Sturt Manning. GPR is a<br />

nondestructive method that allows<br />

researchers to access hidden information<br />

without the need for excavation.<br />

<strong>The</strong> sensor - a kind of antenna - is<br />

dragged over the surface, sending a<br />

radio wave into the ground. <strong>The</strong> signal<br />

that bounces back gives a picture of<br />

what's under the surface.

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