![]() They were all youths when they committed the offences in 2015, and their identities are protected under the Youth Criminal Justice Act. "The charge of intimate images was the one that best fit the circumstances of this case, so with that concession on the part of the defence we were satisfied with those guilty pleas," he said.įour of the accused are 15 years old now and two are 18. The six teenagers also faced charges of possession and distribution of child pornography, but Dostal said those charges were dropped. Both accounts were deleted about a month before the principal of Bridgewater Junior Senior High School notified police in May 2015. The first account had approximately 60 nude and suggestive photos, with five people accessing its contents, according to the documents.Ī second account had most of the same images, with four people able to access it. Dropbox is an online file-hosting service. Then the police investigation revealed the existence of two Dropbox accounts that were created in the spring of 2015. The photos were initially sent through texts and the social media site Snapchat, according to the documents. ![]() Officers seized a number of electronic devices - mainly cellphones.Īccording to court documents, several female students said they had sent nude photos, but had no idea they were being shared. The six were charged following a year-long investigation by Bridgewater police in response to complaints from school officials. That's a pleasing development for us." What happened "Now that we can simply direct our attention toward the penalty phase. "This is going to mean that we don't have to subject the victims in this matter to the court process, which can have a great amount of stress on them," said Peter Dostal. ![]() ![]() The Crown said he's pleased with the outcome, given two weeks had been set aside for a trial. The sixth teenager was not in Bridgewater provincial court on Wednesday to enter a plea, but his lawyer Geoff Franklin told CBC News his client intends to plead guilty. Five of the six young men accused of sharing intimate images of 20 local high school girls on Nova Scotia's South Shore have pleaded guilty, closing one of Canada's largest prosecutions involving children under a law that came into force two years ago. ![]()
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![]() ![]() ![]() You can see if you have generated an updater client key by going to My Account > Account Settings at Server Address: -Username: Your username -Password: Your password or updater client key. Service: ( /Dyn DNS/Dyn) -Domain: (this isn’t always an option, but this would be the domain of your hostname) -Host: (if the host you are updating is a subdomain, like they are in Dynamic DNS Pro, this will be the full hostname). We are unable to provide support for third party devices. Please contact your device manufacturer for specific assistance. I am having issues with the Update Client that is built into router, can you help? If this is the case, you are able to generate a shorter Update Client Key in your account settings. Please keep in mind that not all routers are compatible with the "Update Client Key" as the key can sometimes be too long for those clients to allow. The purpose of this is so that you can have a different password used to log into your portal, than you will use for your update client to increase the security of your account. Once this key is generated it will invalidate your password in all update clients you use for your account, and you will instead need to use the "Update Client Key" as your password. The Update Client Key is an extra security measure that can be enabled in your account by either a user clicking the "Generate Key" button in "Account Settings" in your portal, by clicking the banner on the top of the page, that appears when you have not generated the key yet, or by installing a 5.3 Dyn Update Client for your account. For assistance setting up your router's update client please contact the manufacturer or your Internet service provider if they issued it to you. Since routers are third party products we can't guarantee that they'll update your hostname correctly. You could also configure the built in update client in your router. You can download and find information about installing the Dyn Updater here: ![]() This would require that you have a computer running on your network 24/7. We recommend you install the officially supported Dyn updater software on a host computer running on your network and have that update your hostname(s). Domains or hostnames should only be configured to update in a single update client that has been installed on the host network that you want the domain or hostname to point to. Once your domain or hostname is configured in an update client, the IP address will be automatically updated in our servers whenever your Internet Service Provider changes it. An update client notifies us when your IP address changes. You need to install an update client on the network your host resides in for the service to function correctly. To keep your hostname updated to the most current IP address, No-IP also offers a Dynamic Update Client that checks for any IP changes.I want to install an Update Client, how do I do it? To help you get started with Dynamic DNS, No-IP also walks the user through configuration via its device configuration assistant. No-IP also offers port forwarding and URL forwarding, which can be useful depending on your use case. If you don't catch this in time, No-IP will also send a second confirmation email after thirty days if no response occurs to the first email. ![]() To keep your hostname, click on the hostname confirmation link sent to your email seven days before its expiration. Unfortunately, it has slowly shifted toward becoming a premium service in the past few years.įree users get three subdomains on a limited selection of domain name options.īut these subdomains will never expire as long as you confirm activity every 30 days. No-IP was always one of DynDNS's biggest competitors in the free dynamic DNS market, and when DynDNS went down, it was in a good position to take the crown. ![]() ![]() Though rendered on my screen with just a single ASCII character, Zasit Bomreksezuk had depths I would never see. And I knew her pages of biography, extensive as they were, showed only a portion of her simulated character: selections of interesting or unusual facts, not the whole dossier. I knew, more anecdotally, that she tended to finish tasks quickly and reliably that I could count on her to get a job done. I knew that, like many of us, she detested purring maggots. Yet I knew she had very long hair arranged in double braids and an angular chin that she was strong, but slow to heal and quick to tire that she liked fine pewter, colors in a dark olive shade, and drinking apricot wine that she had an amazing memory and an iron will but little patience. She existed for only a handful of days on my laptop’s hard drive before perishing near the end of a frigid winter. It was just the first of nine paragraphs describing Zasit Bomreksezuk, a Stonecrafter in my dwarven fortress of Zedotkol. She sometimes feels sad at being separated from loved ones. She felt pleasure having an intellectual discussion with a lover. She felt satisfied remembering getting into an argument. ![]() She was exasperated when caught in the rain. She was content after eating a fine dish. She felt love remembering talking with a lover. “She feels euphoric due to inebriation,” the bio began: Within the last season, she felt fondness talking with an acquaintance. ![]() ![]() ![]() The regulation of transcription level is the most important regulation mode of organisms, and has the advantages of strong pertinence and small research scope. Rice can regulate the physiological process by resisting metabolic reaction and changing the content and activity of hormones in the body so that it can maintain normal physiological activities under the condition of LT. The study of the mechanism of LT tolerance of rice under LT and LTF stress at seedling stage was helpful to analyze the physiological and molecular mechanism of rice with LT stress, and it lays a foundation for rice molecular breeding in the future, which is of far-reaching significance to agricultural economy and society. The study of functional genomics related to stress resistance in rice has always been the core content of rice research. So, it is important to investigate in depth the response of direct-seeded early rice to LT stress and control measures. Meanwhile, although rice is a water-loving crop, long-term flooding stress can also affect its growth and development, as roots and leaves proceed with anaerobic respiration to produce alcohol toxicity, and the leaf photosynthetic system is weakened. ![]() In agricultural production, LT stress will cause seedling yellowing, seedling decay and other phenomena, affecting their development and yield, and so on. Rice seedlings under LT stress will break the homeostasis of cell osmotic pressure, substance accumulation and metabolic abnormalities, resulting in chlorosis and curl of leaves, slow growth, decline of fertility and decrease in yield. In Jiangxi Province, LT reduced the yield of indica rice by 5–13 percent. The seedling stage is one of the more sensitive stages of rice development, and LTs that occur after planting may seriously affect crop yield. With the frequent occurrence of extreme weather, direct-seeded rice often suffers from “cold spell in later spring” disaster at seedling stage. However, rice yield is greatly affected by different abiotic stresses such as LT. Rice is one of the most important crops grown in tropical and temperate regions, feeding more than one third of the whole population of the world. With the gradual expansion of the area of direct-seeded rice, the possibility of rice being subjected to LT stress at seedling stage is increasing. During sowing and seedling stages, rice is often affected by LT, resulting in slow growth or cessation of growth. Low temperature is one of the important harmful factors affecting crop production. The results of this study may help to elucidate changes in physiological characteristics and gene expression through which flooding mitigates LT stress. Photosynthesis, energy metabolism and signal transduction pathway play important roles in flooding mitigation of LT stress. ![]() Differentially expressed genes (DEGs) were significantly enriched in photosynthesis, carotenoid biosynthesis, flavonoid biosynthesis, glycolysis gluconeogenesis, glycine, serine and threonine metabolism and plant hormone signal transduction pathways. ‘Binding’ was the most enriched subcategory in molecular function. In cellular components, the three most enriched subcategories were ‘cell’, ‘cell part’ and ‘organelle’. In biological process, the ‘metabolic process’ was the most enriched subcategory. Transcriptomic profiling showed that 5934 DEGs were identified from the rice leaves between the LT and CK comparison groups 7658 DEGs were identified between the LTF and CK and 2697 DEGs were identified between the LT and LTF treatment. The physiological characteristics showed that compared with LT, LTF significantly decreased soluble protein content and CAT activity. The results showed that compared with LTF, the seedling height, root number, fresh weight, dry weight and T3 (the 3rd leaf from the top) leaf length significantly decreased after LT treatment LTF could reduce the damage of LT to the agronomic characters of rice seedlings. Therefore, LT, LT plus flooding (LTF) and control (CK) treatments were established at 8 ☌ for 3 days to determine the phenotype, agronomic traits and transcriptomic of direct-seeded early indica rice at the seedling stage. However, few studies have elucidated the molecular mechanism by which suitable flooding alleviates LT stress-induced damage. Low temperature (LT) chilling damage often occurs at the seedling stage of rice growth, especially direct-seeded early indica rice, and flooding can alleviate the damage caused by LT chilling at the rice seedling stage. ![]() ![]() Learners who complete this course will be able to use 3D software to design a wide variety of objects for both personal and professional use. This course is hands-on in nature and will provide step-by-step instructions to guide you through two popular 3D modeling programs, Tinkercad and Fusion 360. It will also demonstrate how 3D scanners work to turn physical objects into digital designs.
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