Under Pressure, #Cambodia Cleans Out #Cyberscam Compounds
🧐"Revenue generated by #scam #compounds is est'd at US$12.5-19 billion p.a., equiv to as much as 60% of Cambodia’s formal GDP according to a Jan 25 report by Washington, DC-based #CSIS, ahead of industry at 41.8% of the formal economy.. Having been rooted out of #Philippines, & now Cambodia, they hv moved to new locations as far away the #UnitedArabEmirates, #Montenegro & elsewhere to better target Western markets"
https://www.asiasentinel.com/p/under-pressure-cambodia-cleans-out-cyberscam-compounds
Under Pressure, Cambodia Cleans Out Cyberscam Compounds

But undetermined how much is dramatics

Asia Sentinel
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Quand la fraude en ligne éclabousse...

Longtemps cantonnĂ©e aux marges du fait divers numĂ©rique, la cyberfraude s’impose dĂ©sormais comme un phĂ©nomĂšne structurant des relations internationales.

DerriĂšre les faux investissements, les arnaques sentimentales et les milliards Ă©vaporĂ©s se dessinent des circuits financiers opaques, des zones grises juridiques et des États contraints de coopĂ©rer — ou de fermer les yeux.

À mesure que les enquĂȘtes s’internationalisent, la fraude en ligne cesse d’ĂȘtre une simple affaire de victimes et d’escrocs. Elle devient un rĂ©vĂ©lateur brutal des tensions entre souverainetĂ©, sĂ©curitĂ© numĂ©rique et puissance Ă©conomique.

https://librexpression.fr/quand-cyberfraude-finance-et-geopolitique-se-croisent

#arnaques #bank #BBC #ChenZhi #compounds #crypto #cyber #DOJ #France #fraude #informatique #librexpression #morisonkak #phnompenh #pigbutchering #princebank #threats #UK #USA

Curious about white-tailed #deer and how they select which plants to browse? Our new paper in Oecologia explores the role of plant #volatile #organic #compounds as important pre-ingestive cues that let deer know which plants have more protein and less defenses - helping them optimize their browsing throughout the year.

https://link.springer.com/article/10.1007/s00442-025-05820-2

Deconstructing white-tailed deer forage selection: the role of plant chemistry and volatile organic compounds - Oecologia

When foraging optimally, mammalian herbivores should select food items that confer the greatest nutritional benefits (e.g., crude protein and non-structural carbohydrates) and impose minimal-to-no costs (e.g., plant secondary metabolites [PSMs]). PSMs, such as tannins, deter herbivores by providing post-ingestive feedback cues that the forager experiences after consumption, and are therefore difficult for herbivores to avoid altogether. However, some PSMs, such as terpenes, are also volatile organic compounds (VOCs) that become gaseous at ambient temperatures and can be detected by herbivores via scent prior to ingestion. Our objective was to discern if the foraging preferences of white-tailed deer, a near ubiquitous herbivore in North America, were influenced by the nutritional or anti-nutritional constituents of trees during summer and winter. We also examined VOCs emitted by trees during summer and tested for a potential relationship between VOC emissions and deer sniffing behavior or foraging preference. During summer, deer preferred trees with a high non-structural carbohydrate content. After sniffing trees that emitted a large proportion of terpenes, deer appeared to be averse to begin foraging. During winter, deer preferred trees with a low crude protein content and a high tannin content. When deer foraged from trees with high terpene contents, they consumed less than they did from low terpene trees. Our results show that white-tailed deer foraging behavior is influenced by plant nutritional constituents. Additionally, we suggest that differences in VOCs among tree species may provide deer with cues of plant quality that could play a role when selecting forage items.

SpringerLink
JPJ, PDRM Traffic Compounds To Be Standardised From January 2026

Starting 1 January 2026, all traffic compounds issued by the Road Transport Department (JPJ) and the Royal Malaysia Police (PDRM) will be standardised under a new payment structure designed to rewa


Lowyat.NET
#OGTAC-CC #call for #ACTRIS related #training activities on #organic #tracers & #aerosol constituents within the framework of the #CAIS-ECAC. Theory & practice: Offline chromatographic (#LC-MS and #GC-MS) #determination of organic tracer #compounds and organic and elemental #carbon (#OC / #EC) #measurements in #particulate matter collected on #filters. 27 Mov 25 @TROPOS-#ACD in #Leipzig, #Germany > https://www.tropos.de/en/research/projects-infrastructures-technology/technology-at-tropos/trans-national-access-tna / @TROPOS @leibnizgemeinschaft @H_Herrmann24 @unileipzig