today. We're really happy to have you here. What we are going to show you today is first of all the housekeeping rules, let's say. So this event will be recorded. Your microphones are off by default. But of course, if you want to participate, you can use the chat, you can write a question, you can interact with others. Of course, you can use the raise hand functionality in Zoom, and also all the presentations and recording. Don't worry, they will be shared afterwards on the event page. Also, please remember that we are very social and we like social interaction, so you can use the Open Air Nexus hashtag. My name is Andronikio, of course. And now about the program. We start in a few minutes with Paolo, with a welcome on the presentation of the Open Air Nexus project. Hope you enjoy it. And let's start. Paolo, the floor is yours. Thank you, Andronikio. Let me share my screen. So thank you all. I'm Paolo Manghi. I'm the CTO of the Open Air Infrastructure and I'm coordinating this project, Open Air Nexus. Open Air Nexus is one of the Infra EOS Go7 projects funded together with others to deliver services in support of the use and to contribute to the overall construction of the use. As the other projects has a duration of 30 months and a budget of around four millions, the coordinator is the Open Air Anke, no profit. And we have 11 partners. So many of them were already part of previous adventures of Open Air. We've been building services and digital services for Open Science together for more than 10 years. While others were new to this context and joined us to offer their own services in the package way in support of Open Science in general. So as you can see the project is highly tailored to virtual access and so service provision. There's not much of investment into extra functionalities or extra and extensions. The only portion of extension and enhancement that has been supported is the one for the integration to the EOS. To the EOS can its interoperability framework when this will be delivered. So just to give you a view from the moon, a panorama of where we are in this context, how Open Air Nexus and Open Air as a whole, in fact, is linked to the overall panorama of science. We take a look at this picture. So on the left side you see the general high level modeling of a life cycle. So where you have experimentation, you have analysis of the results, you tend to publish them when possible in early stage or in later stage. The idea is that you want to share with the whole public or maybe subset of it like a group of researchers you love, your organizations, but in general you tend to share. Also at early stage, the normally is the final publishing. Then you want these results to be discovered. So that's why you're sharing the metadata and all the possible things that enables the discovery. And then still on the left side, when somebody will find what they need to perform science, they will need to reassemble and experiment. So in this case, we have clusters, research infrastructures, storage and computer infrastructures, living on the left side of the picture. And AI, of course, embracing the whole picture. Because what is really important after publishing, or in general as a consequence of publishing, is also tracking usage, is also ensuring a quality assessment of the given results. And this is done in several ways through peer review citations or feedback and also monitor, for example, the results of this quality assessment as well as the publishing. So to keep track of all the aspects of science in general, the life cycle. So the principle is that whenever I publish something, I should be able to track it, link it to the rest and do this in a uniform manner, following standards. This is where Open Air Nexus leaves and stands and offers the services for especially in this project, we focus on the aspects of publishing, discovering science and monitoring science. So the project objectives are five, as described in the description of activities. The first one, as I mentioned before, is to support publishing services in support of the research life cycle as a whole. So the idea here is again to fill the gap, because publishing, of course, takes place also within research infrastructures already in data repositories, etc. But when this is not possible for several reasons that depend, of course, on the research infrastructures or the long fail of science, we offer services for that. Zenodo is an example. But we also offer publishing for other kinds of products like D&P's data management plans or data minimization, again, with the intention of compensating where the gap stands or supporting when this is needed. The objective, too, instead is about tracking and monitoring the evolution of science. These are two key aspects which we believe are separate. On the one hand, we want to track, so a key track of everything that is an event that happens from publishing, citations, interlinking, processing, usage. And on the second, in the second hand, instead, you need to monitor. So to come up with indicators that may result from all these basic facts, these information that we're tracking. These two activities require definitional standards, common intentions, agreements where possible. And of course, ability to monitor, so offer services that are able to cope with large amounts of data, stand with the requirements of those who need monitoring, like institutions, funders, arise, etc. Objective three is instead support cross-discipline discovery. So we are also aiming at providing discovery services across the different disciplines within the different disciplines, and especially across the different kinds of research products that are today available out there. We're not talking, of course, anymore about publications only, but also to a very large and broader spectrum of products such as data, software, protocols, virtual machines where this is necessary. And with introduction of the use, these will include and span over services, computing, resources, etc. The objective four and five we believe are, of course, critical for the use and for science as a whole. So defining commons, defining best practices, common intentions, and common ideas and agreements on how we should publish in order to make science open, fair, and reproducible. In some aspects, this is very specific to the disciplines. Of course, reproducibility, especially, is a very disciplined flavor in a way. In other cases, this is not a case, and where possible, we should collaborate. And here, Nexus, a lot to the use. Finally, the revenue models for open science. Open science is free at a point of usage, but of course has a cost as a price. And so we are also trying to identify the best ways for this kind of services, this category, specific category of services, to become sustained, to support the right and proper business models. So this picture that represents, again, from the moon, what we are offering as a project. We have three, let's say, sub-portfolios, which will come up into one catalog, the one we're offering with Open Air. On the publish side, we have epic sciences for publishing journals, overlay journals, Zenodo, which we all know about for publishing any kind of content. It's called the catch-all repository for that. Amnesia for the anonymization of sensitive data, and Argos for the creation, maintenance, and publishing of data management plans, which are machine-action. For monitor, we have a core service, which we call the research graph, which basically builds one of the largest collection of metadata on the planet regarding funders, regarding projects, publications, data, software, organizations, authors, and all the possible relationships around them that interconnect them. And through this graph, we offer a number of monitoring services to identify statistics about initiatives, research initiatives like research infrastructures, for example, the research impact, or the funders, so how many publications are to be have been funded by a given founder or data or software, for example, and the same goes for institution. To build the graph, we have a number of services around it, which are building sub-collections, which are strategic for the aim of monitoring. For example, Skoll Explorer, which brings in the largest collection of links between data and articles. Open citations, which brings one of the largest collection of open citations between publications and publications. Open APC, that grows a collection of a database of open APC charges for publications coming from the libraries, which helps us a lot in tracking how open science is taking up and which are the costs behind it. And the users count, which is a service that builds on standards for user statistics, which we are today using to track the user statistics for publications, but we are standing for data. Skoll Explorer, of course, exploits the graph that I just explained to offer discipline-specific or regional-specific, because we can, let's say, drill down to the scope of the country or continent, discovery function like this. We offer these also through APIs, as you will see, which are open and usable. And we also offer finally, and that's part of the discoverer, because we believe it's a key element, provide. Provide is a service that allows us, basically, to validate the content that we collect from the data sources that are part of the open air, the scholarly communication data sources from which we collect this data. We validate their metadata in terms of guidelines that have been defined by the community to align on common standards. And this is an approach that we'd like to extend to the experts as well. Now, where is open air and open air nexus placed with respect to the EOS Core and how we defined it? We offer platform services, as we said. Some of these are part of the EOS Core, and will become part of it. The open air research graph, namely, is the one that will offer the EOS Resource Catalog and support that provide, as I mentioned, will extend the sort of validation to the communities that do not offer these functionalities to include metadata information through the catalog of the EOS. We'll offer the open science observatory, which is a way to inspect the trends of open science in terms of openness, fairness, publications, links for the EOS. And also open air, as used statistics, which will extend to data repositories. The rest of the services, of course, will be part of the exchange, and these are already part of the exchange, where they're all registered. As a whole, as I mentioned before, most of the project funding and budget aims at, is aimed at operating the services, so virtual access and provision of virtual access, and part of it to the integration with the EOS. So the EOS is only partly establishing rules of participation for the moment. There are strong indications of what will happen, and of course, we are trying to anticipate some of the choices, and we strongly believe that picking standards, widely used standards, is the way to go in this case. And so, for example, on the left side, we are, of course, onboarding all of our services. We are making sure they comply with the AAIs, like EduGames and so on, as offered by the EOS today. We are also going in the direction of accounting and monitoring by making sure that all services are bringing indicators of usage, and KPIs as defined in the description of activities, of course, but through standards, which will allow us to then centrally bring to the EOS these results when the new indications and rules will be delivered, because we believe standards are interoperable in most cases. And semantically speaking, we're trying to adopt all the data models that we have to the indication of the EOS, which we are going towards. The service description templates, we're going towards the data profile templates being defined in EOS key lands, and we are building together the resource products, data models, starting from the ones of open air and converging towards new EOS can doors data models. The same happens for user statistics and other concepts, like wide and broad adoption of persistent identifiers, trying to embed fairness as a property of our data sources, etc. Finally, this is the last slide, which brings us all here, and we also have a session dedicated to this. But we also believe that Nexus will be a chance to effectively bring something to the EOS by collaborating with the rest of the Infra07 projects. This is key for us. We have a few ideas, a couple of ideas, and we'd like to propose them and see what we can do together, especially in the direction of enabling seamless publishing of research outcomes. So the idea is basically to make sure that scientists, while they are performing sciences in their own infrastructures, buy simple actions, delegate machines to publish on their behalf, and to do it properly, to do it in a way that is fair, driven, to do it in a way that is at least trackable at all times, so tracking the links between the results and in a way that would allow users at the final end, at the end of the stream, not only to discover these results, but also to combine them in proper ways, where possible to be brought back to the original research infrastructures where the experiments can be reproduced as a whole. We already have some experience in that, and so we'd like this chain that you see from the left side, where research infrastructures are and infrastructures are, to bring the uses of these scientific services integrated with the repositories, where the objects are deposited, and finally be published in the scholarly communication services, which include OpenAir, that reaches out to Scopus, to Orkid, to Software Heritage, etc. You're all integrated. So I am done with my presentation, so I hope you understood the flavor, what I wanted to say. You will now have a series of presentation going into the detail of the individual services that I mentioned as part of the architecture. And again, as Andreniki said, please write questions or ask questions when you think this is the case. Thank you very much. Fantastic. Thank you very much. Paulo, you have a question here. Where do preprints hit, and is it open to independent preprint repositories other than Zenodo? Yes, of course. So OpenAir is collecting from 14,000 data sources today. It includes not only Zenodo, it's just one of the 14,000. So it includes all possible journals out there, preprint servers, data repositories, software repositories. Whenever these are, let's say, sources that we identify as trusted by users, so used every day, then we want to include them. We want to include them, especially if they rely on persistent identifiers, that helps a lot, because whenever we bring in a data source to metadata persistent identifiers, this data source becomes interlinked with all the rest in the ground. So the data source gains invisibility, but also in content. For example, if we have the links that are pointing to your objects, you will get all these links. And we can also return them to you. We have services that do that. We call them brokers. And we can send back all the metadata that you need, for example, the open access version of an article you have, or the links to the software or the projects of your publications or data in your repository. So, yes, we are very open to that. Okay. The second question is about sharing the presentations. Yes, everything will be shared. We have one more question. Do you have one minute? Yes. When do you say data repositories, do you mean the ability to ingest actually, okay. So there is a difference here. So in OpenAir, we are not trying to offer deposition facilities. Okay. So we're not trying to replace what the research infrastructures are there for. We strongly believe that the thematic approach is the one to go. So if you have repositories in your community, this is where you have to deposit your data, your software, your publication, these are the right places. In all those cases, where these repositories are not available, and this may be well the case for some communities which we know already, then we offer them all. Okay. Then on top of that, we have, we are building this research graph. And the research graph is the way to bring the information contained into these data sources together in order to build the overall map of research, right? And how it evolves over time, how the objects are linked, how the authors are related, and so on. So these are two distinct actions. So by data repository, I mean fixed share, I mean pangea, I mean name one, PDB, PROD, all this will be part of the graph because they must be there to be interconnected. But we are asking the researchers to go there on deposit. So we're building the bridges. Okay. Thank you very much, Paolo. Let's please proceed. Okay. Let's maybe move on to the program and as we see the question in the next three, five, six. If you want to write the questions, I can reply in the chat. Okay. So let's continue now with the, thank you very much Paolo, with the public's portfolio where you will have a brief presentation of the five of the four services and not the epic sciences, Argos and Amnesia. So Jose or Alex, you can start. I will be. Yes. So hello, everyone. My name is Alex Ioannidis. I'm currently located at CERN in Switzerland and I will be talking about briefly kind of like I mean overview about Zenodo, called the catch-all repository for the long-term research. So Zenodo is a digital multi-disciplinary repository. So we don't serve only one specific community or domain. We have content from diversity, from humanities, from computer science, from health sciences. And Zenodo is hosted at CERN's data center, which has a long history of serving some of the biggest experiments in particle physics in the past years. And Zenodo is also a place for all types of research objects. So we don't only support if you're talking about the text, let's say some papers and preprints and things like this. We also support data sets, software, posters, presentations, anything that's part of the research process. And by default, we allow users to upload up to 50 gigabytes per record. But of course, users can have multiple records. And of course, we're also flexible when there's special use cases where larger files and larger data sets need to be shared. We try to have a very rich metadata schema so that data itself can be described very thoroughly and to be easily, let's say, shareable and searchable and trackable for other systems. And we also try to integrate very well with, for example, the funding agencies and grants and projects. So there is the possibility to have this holistic view of what the project's outputs are. And Zenodo, of course, is accessible via a web interface, but we also have REST APIs that make it possible, for example, for users to set up automatic workflows and automated workflows that upload or fetch or how let's say more complex use cases. And to date, basically what we see as a service is that we have around 50 million visitors per year. To date, we have almost two million records. And these records amount to about half a bit of the files stored in the Zen data center, which is just a fraction, of course, compared to all the rest of the data that the Zen produces. So why use Zenodo and who should be using Zenodo? Basically, Zenodo provides a reliable infrastructure for all researchers and especially for those who don't possibly have a dedicated domain or institutional depository. So it's a way to make it easy to share this data when it's not, let's say, it's not straightforward where this data should go. And also the idea is that it lowers the barriers to share in general data or software or basically any kind of research efforts. And the idea is that by sharing on Zenodo, these objects are automatically compatible with the fair principles. And it's also an easy way. We try to make it very easy and as hassle-free as possible. Zenodo also exposes user statistics. So there's a way to track the impact of what the results have. And we also try to integrate citations to be able to expose this for research to be able to interpret basically what's the impact based on this. It is part of FIOSC. And basically the value that is that it makes the process of sharing research as easy as possible. So it's a no-brainer to be able to use Zenodo when in doubt. You can always use Zenodo and always post your outputs there. And it can be used by researchers directly. It can be used by communities of researchers for specific domains or topics or thematic, let's say, cases. But it's also useful for project coordinators and PIs that want to organize all the outputs of a project, for example, in a specific place. To use Zenodo, of course, I mentioned there's a web interface and we try to make it as simple as possible and understandable to everyone. Of course, there's also a REST API for these advanced use cases I mentioned. And also we try to integrate with other platforms to make, for example, the process of researchers that develop the research software on GitHub, for example, they can easily archive it and so on. All this process for them to be kind of like easy and not something that they have to consciously think about and track. And now to kind of give you a picture of what exactly is the position of Zenodo in this ecosystem of open air and EOSC. Basically, as I mentioned, researchers can directly deposit things in Zenodo, but also there's many cases where they come through other services. So, for example, they use GitHub or they use, for example, Amnesia or Argus, which are services you will hear about later. And the activity they do in these services ends up in Zenodo eventually. And then we have also automated platforms that have, like in the biodiversity community, we have a very complex, we have a use case where basically there's an automated pipeline where the figures and other type of information in the data is extracted automatically from papers. And of course, everything that gets ends up in Zenodo, also ends up in open air explorer and, of course, the user statistics of all those and to the open air user service. So the key takeaway I would say is that Zenodo is a place where it's best free for everyone that's for sharing the data. It's made, we try to make it very easy to do that. And we also try to follow the best practices in doing that so that researchers automatically are compatible with this and we don't have to think too much about what these best practices are. And of course, it's more so more about just papers, trying to make it the place where every part of the research pipeline and every part of the research workflow is something that is archivable and something that can be put, can be tracked and shared basically in the open. And this is also part of our mission to promote the reproducibility of these results. And that's all. Thank you very much, Alex. And now we can move on. Alex, you have two couple of questions. So if you maybe you can respond one live and Okay, because we have a 10 minutes session for Q&A later. Okay, okay, that's one. Let's collect all the questions. Yeah, so type in your answers. I will type in the Thank you. So Rafael, please start. Can you hear me? Yes, clear. Yes. Okay. So good morning. I'm Rafael Torna. I will try to share my screen. Okay, so I'm Rafael Torna. I work for the peace sciences platform. It's an overlay journal platform. And what is an overlay journal? It's a journal whose content is hosted on OpenArchive. So for the peace sciences platform, we operate on top of open access repositories such as archive, CWR and very soon Zenodo. The peace sciences platform enables the management of the entire scientific publication cycle. So it means submission, certification, copy, editing, dissemination and preservation. The platform is a layer of services for the scientific communities and enables them to operate high quality open access journals with content hosted on the open access repository of a choice. By design, it is both gold open access because journal content is available in open access, of course, and green open access because content is already self archived in an open repository. We can also call it diamond open access because there is no reader fees, no paywall. There is also no auto fees, no IPCs, and even no fees for journals to use the platform. So why to use the peace sciences? Peace sciences is designed for the scientific communities. It is designed to save time for the readers because preprints are already available and all of the subsequent versions are already accessible during the peer review process. It saves time also for the researchers because documents are submitted once and are available in open access at the same time on the repository and on the journal website. Also it saves time for editorial teams because we provide an all-in-one submission management and publishing system. By design, it complies with third principles with both for the repositories aspects and the journal aspects. The scientific communities can control the anti-publication process. So this means the submission of articles, management of peer review, follow-up of reviewers, automatic renewing days, for instance also, and copying and finally publication. We provide the tools and organize the content at the peer review as they wish. Long-term access to the articles is guaranteed by the submission in an open archive. So whatever the evolution of the journal, if a journal were to disappear, for instance, the content will remain online thanks to the repositories. That was the content. The operating costs are reduced because we share an IT infrastructure with other public services such as the repository for instance and the hosting costs of preprints and articles are in fact spread over all the different open access repositories. The platform itself is hosted in Europe. So how to use IP sciences? In fact, in the journal has its own domain name. So you have to select the journal on which one you want to publish. For instance, let's try to read LMCS, logistical methods in computer sciences. It's hosted on IP sciences. This is the homepage on the right. So the first step is to submit your preprint on repository, say for instance, we will try with archive for this article. You see on the right the article, this is the first version submitted on archive. It has received an archive ID. So the next step is to copy and paste the archive ID on the submission page of the journal. You just have to paste the archive ID and the version number. So here, example is to submit the version one. The next step is the job of the journal, in fact, because there will be multiple rounds of peer review and multiple versions may be submitted online and on archive and also in the journal. If you look carefully on the right, now you will see the submission history of this paper and there is in fact 10 versions that have been submitted on archive. It means that could be also 10 versions submitted on the journal and reviewed. The final step is when the paper is ready to be published by the journal. Once it has been accepted and reviewed by pay viewers and the copy editing is done, it is published by the journal and you see on the right, you have the paper that is published on the LMCS journal page. It has received a DOI. It is in volume 16 for extent issue two. And these information are also automatically put in archive. So you see on the left, in the green box, you have the journal name, reference and the DOI. All these things are automatically added to archive by the platform. So what are the key points here? The key point is that science is an easy and cost efficient way to operate high quality open access journals. It is designed for the scientific communities to operate journals free to read, free to submit and free to publish from the point of view of the journal. We open to new journals or already existing journals. Please submit new journals or submit to our existing journals. And we are, of course, open to every scientific fields. Thank you. Thank you very much. Thank you. There are some questions already. We will collect more also in the chat. So we have a specific session. Let's move on to Argos. Hi, everyone. Good morning. Good morning, everyone. Let me serve my screen and make a full view. All right. Perfect. So good morning, everyone. I am Elpa Badapolu. I work for the Research Innovation Center in Greece. And to give you a brief overview of Argos, which to give a brief overview of Argos is really hard for me. So bear with me, please. First of all, what is Argos all about? Argos is a tool for planning a research data management activities according to policies set by funders, by institutions around open access and third data. So essentially, it's a tool that helps researchers create their data management plans. In short, DNPs, I will call them from now on. It's open source. It can be configured to different to different domains and needs. And it can be also extended through the software, the open source software repository. It's online. You can use it online by going to the website Argos at up in your data. You or a deployed at all institutions on instances. It's available also in EOSC and you can freely use it for research purposes as in your projects. Our user database is currently around 1000 users, 1000 users, but it's growing. It's fairly a new service so this is growing every day that we speak. Let me see. All right. So you might be thinking that this is yet another DNP tool, but I would urge you to think otherwise. And these are my arguments for doing that. So here, I've selected a few key points that show the value added of Argos and some extra functionalities that it provides to the open-sense community. So first of all, why to use Argos is because it not only helps create data management plans, but also extends and supports a full DNP publication life cycle because it integrates with Sonoto and it supports the publication process that is needed to then expose those DNPs once they are generated from Argos to expose them in their repositories in appropriate ways, according to, of course, open and fair principles and practices that are tied to this process. Second of all, the outputs of Argos are machine actionable in that they are not just plain text. They are more rich and they can be exchanged between different compliant, machine actionable compliant, let's say, tools. And one of the things that we are doing in Argos is we try to, through this platform, through this tool, we try to normalize the descriptions of data. So Argos pushes actually towards that not only, this means that it would not only support domain protocols and standards to be configured in the templates, but also we allow multiple data sets to be described in single DNPs. And this is important because the approach that we follow is data-centric. So different types of described data sets are handled appropriately within Argos because we see that there are different criteria that have to be met, and not only by researchers but also by funders. When we talk about produce data, different criteria when we talk about reuse data, sensitive data and so on. And this is very important because we try to give control over the individual dataset rather than having all data sets mixed in a single DMP record. Also Argos is interlinked and connected with reference services and data sources. We'll see in a minute how it is, where it stands in the open air ecosystem, and we also try to, we actually love collaborating with others. We thrive in collaborating with others and in communicating and exchanging ideas and knowledge with the open science community. So we try to get involved in this evolving, let's say, the environment of machine actionability in DNPs. And one of the things that we are doing, for example, we collaborate with Provide, the other service for from open air to try and influence repositories to apply the correct resource type in the metadata for DMPs to be properly exposed. Our main users are researchers, research projects funders, research communities and institutions, and here you see how our machine actionability DMP output looks like. Briefly, what you can do as an end user in Argos, here you see a DMP record, you see the basic of the data, the basic, here's the title of the DMP, here is the version of the DMP, we support versioning, the last time that it was edited, what is the status of this DMP, it could be draft, here is finalized, you can clone the DMP, you can delete it, you can see what grant is, it is associated with the researchers that have worked in this, in the data management activities, what is the description of a DMP, and how many data sets are described in this particular DMP. You can deposit it immediately by clicking this button, you create a record in Zenoro, you can undo the finalization and work on, finish work before finalizing it and deposit it, you can export in PDF text and XML and JSON, you can start new version, make public, so revert the private settings and make it public in the Argos environment for everyone to see, and you can also share it with colleagues so that you manage workload in this process of the DMP writing. Once you click the deposit, sorry, you will immediately get the reference, the DOI here and you can always view it if you go to your DMP record in Argos and click and get redirected to the, it's another record. Here is the same screen, but for data sets, so this is a data set record and you can see the difference because we are using different color schemes to note that this is data sets, data sets are in yellow and the DMPs are in green, again you can finalize it, export it all the same functionality supply, and what you see if you are working on the data set level is the template that is provided by your funders or institutions and you see on here, on the left hand side, you can see the different steps, the different sections, including this template that you can view the screen where you have all the information on how to do properly, let's say, complete and answer your questions and provide your input in the fields. Argos is not only provided in English but we have, thanks to our NOADS, the National Open Access in Opener, we have different localizations, you can see some of them here, so we make it easier for native researchers to use it and we're very excited about this, it's coming in March this month, the administrators interface, we have tried to simplify how admin users can create the DMPs template, the DMP templates in Argos, how they can configure their APIs and to control the RDA compliance, but for the latter we have to, this is done in consultation with us, with the Argos team because we have to test that it actually works very quickly how these are all linked together, how the different services of the Opener ecosystem are linked together, you see from Argos we have integrated Zenodo, so we publish DMPs as machine actionable DMPs in Zenodo, and sorry I have also these screens and you can see that before being published we integrate, we have configured some Opener and the EOSC API so that we make it easier for researchers to complete their DMPs by pre-selected lists and then make links with the research graph at the later stage, but once the machine action DMP is there we can then, and this is progress, this is working progress, we are working with Provide so that once a DMP mentions a dataset is going to be deposited in X repository, Provide will send a notification to the repository monitor so that they organize themselves and prepare for this dataset to be deposited in the repository, then we also send notifications, we work with the monitor to create indicators, basic indicators for understanding how different statistics get different statistics for DMPs and we work with funders also to get tailored to understand their needs about this and once Argus is published it enters the research graph, it creates a new entity in the research graph properly described and creates also links with different outputs, here we create links with datasets and also with projects that are associated with the DMP and all that are searchable in Explorer plus we are working with Explorer to create a tab dedicated for DMPs, the project coordinators will view all the different versions of DMPs in one tab and can report back to the EC, the takeaway is that, but I want you to remember is that Argus prepares all stakeholders for the next rising group of DMPs requirements and for the CHISTER, CHISTER a new call requirements, CHISTER is also another funder that we are working on, funder's consortium, Argus simplifies administrative processes and connects with university institutional workflows, so if you have own instances you can create your own let's say links with the local ecosystems and Argus also enables the implementation of the data domain protocols so that research communities create templates tailored to domain standards and practices, I'm very happy to get more get and answer your questions, thank you very much for now, thank you Ellie, thank you, we need to move in to move into the next one, Amnesia, so Manolvis, okay, I'm Manolvis Theravitis and I'm going to give you a brief presentation of the Amnesia tool which is a data anonymization tool, it's been developed in Athena Research Center where I work, okay, as the previous presenters I also have this problem of presenting all this in a very concise and short presentation, so basically what an anonymization does is data anonymization, now anonymization is a word that we have been using forever in everyday life and even in science, meaning several different things, what I mean here is a bit more specific is anonymization as defined in the GDPR and as technically approached in several research papers which is an irreversible transformation of the data where the guarantees that the anonymized data cannot reveal properties of the original personal data and this is a distinction from what GDPR calls pseudonymization which is what we very commonly mean as anonymization which is just the removal of direct identifiers but without any type of guarantee that we cannot return to the original data with linking to a third database which can provide us the links, this can be done explicitly but this also happens when the secondary identifiers like the date of birth or the zip code of where a person lives that can be used to re-identify the data, so the data anonymization performed by Amnesia is a transformation that makes, that transforms personal data to statistical data and I will also articulate this is a very important distinction because statistical data are no longer restricted by GDPR, now Amnesia is available the best way to use it is a standalone application, it is made in a modular way, there's a very clear distinction of the backend of the anonymization engine that works with the front-end through a REST API, the backend is made in Java, the front-end is in JavaScript so we have deployed it and it is available as online in the site but this is mostly for training and demo purposes, the idea behind this is that usually both technical and legal restrictions do not allow you to take the personal data out of your own premises so you have to bring Amnesia to your premises and not the data to Amnesia servers okay except this little type about year 2020, we really had 34k unique visitors in Amnesia site into 2020, I hope we have a lot more in 2020 and there's a bit less than 5,000 users of the online service, I guess that's people training, that's people using it in demos so why should one use Amnesia, as I said before by transforming personal data to statistical data the data are no longer restricted by the GDPR, so basically it can be shared an institution that produces data can give it to its partners at the university, can give the anonymized data to its partners at the university and they can do research on them so anyone who has data and wants to give them to partners or to a greater or smaller audience will be interested to use Amnesia, so it does irreversible transformation the data and the basic idea the key technical challenge is how to remove all identifying information but preserve all the useful information for research and there are many solutions to these different trade-offs and in the technical level this is where research and technical challenges arise, it's a value-added services for EOSC, we expect that data owners, data curators and researchers will use it and benefit for it, researchers are also of course it can be the same personal entities acting in these roles at the same time but the basic idea dream of anonymizing the data is that instead of having a limited quantity of personal data that can be shared only under NDAs and strict rules we can have a very big ecosystem of anonymized data where they can be shared freely, this data might be reduced accuracy because of the anonymization but they will make up for it by who will make up for it for research by having large quantities and the ability to do results, build models on let's say millions of data records instead of few hundreds of thousands, this is a very novel tool there are no established commercial solutions, there are a few I think academic tools that do anonymization of course Amnesia has unique features, it is unique in the approach of some things so it is one of the very few solutions in this area and mostly it is to be used by the data curator who wants to share their data, I think I told you a bit of how Amnesia is made, you can find it in amnesia.openware.tu, this is the online version, we do have limitations there due to limited resources, anonymization needs a bit like data mining is an expensive procedure you can use the standalone version through the graphical interface, you can incorporate it to information systems just using the backend tension through a REST API or you can even use it through our command line interface. Just a few screenshots to get an idea, the first thing you in Amnesia is you upload a data set, there is a wizard to pass this data and make Amnesia understand what the data is, it's a bit similar to the import wizard of Excel for text files so people using this kind of tools will be familiar, so the steps is that we put the data, we have it here, we create a generalization hierarchy, this means the rules by which that Amnesia will use to abstract the data to remove any kind of identifying combinations of data attributes and finally, depending on the algorithms, Amnesia will provide a whole lattice of different solutions where the user can choose different ways to anonymize the data where different trade-offs between data accuracy and privacy will be given and basically different areas of the data will be preserved. For example, depending on the research, you might be more interested on the area where a person lives or their age and you can decide which one of the two you will preserve in a better way. So the positioning of Amnesia in the open air ecosystem is, I think it's a bit clear, it's next to the data source. Basically, the data owner or curator anonymizes the data before making them fair before offering them to the community. The idea is that the data owner has personal data that cannot be shared, so it anonymizes the data with Amnesia and gets statistical data with the anonymized data and then they can be inserted in the air ecosystem. So we expect that this happens, for example, before uploading them to Zenodo. Amnesia actually has in-head support for Zenodo, so you can anonymize the data on your premises and then directly upload them through Amnesia to Zenodo. So take away, Amnesia does data anonymization, which is a different thing that should do anonymization. The resulting anonymous data from Amnesia are no longer personal data, they're not restricted by the GDPR. Amnesia, as it is now, it is a free tool, you can download it and use it on your premises and it is one of the very few solutions that do data anonymization. There are several solutions in commercial tools that help obscuring some properties of the data, doing masking, doing hashing of some field, but none of them does data anonymization in the sense that GDPR defines it. So I guess that is all, thank you very much. I see the chat flushing, so I understand there will be questions, but I think Androniki will organize them. Yes, Manol, most of the questions are being answered, so just have a look and pay attention to the chat, because if there's any question, you can answer directly. Most of the speakers have already answered, so it's quite active. Okay, thank you. I'll stop sharing. Yes, and now we move on to the Q&A, as I already said, most of the questions are being already answered, so we're going to record the chat, so in case you have not seen all the questions, because we are running a little bit late, but now I need you to go to Menti, we have some questions for you, but in case you have some questions to raise to one of the speakers in the reactions button, you can raise your hand or open your mic, so feel free. Yeah, please, let's see what you answer also in Menti, because it will be really nice for us to understand what are your interests, what is that you like, what is something that which service you would prefer to use, and to understand more about you, your profile, you know, preferences, and to see that you really did understand what we described here with the four services. I see moving, oh, Zanotto is a winner, I see here. Yes, I've already put the code for the ones who haven't seen them, go to Menti.com and then use the code, go to the chat. There's a question for Manolis, I don't know if you want to answer directly or open the mic, Manolis. Hi, I will open the mic, yes, so the question, it's not just for quantitative data, it is also for qualitative data. For qualitative data, the difficulty is that someone must usually create the generalization rules, these rules for abstracting the data by hand or in the case where, like the example I presented where I see the code, which is a predefined ontology for medical diagnosis, they can be used, they can be taken from some online source, so this is a more difficult challenge for qualitative data, but Amnesia does both, and we do have documentation online and we're adding new material all the time about how to use the Amnesia tool. There are a few webinars that are also online and we plan to add some more videos with tutorials. So as we see Zanotto is the most known service here. You know, it's going to be one of our goals maybe. We can repeat these questions at the end, close in the middle of the project also in another event, and see how many they will use also the rest of the services. So can we move to the, yes, yes please. So I'll do globally access the value or the interests of these services. Let's see out the reactions. I've already retype again the access of Formanti and the code, but you have here on the top of the slide also. Again, it will be nice to have more than 30 answers to have a good view. Yo, you're 21, let's see. It's like the racing of the services. Zanotto is also the most, let's say, general purpose services among the four, right? Yes. It's usually by all researchers in terms of functionalities while the other three are kind of scoping down to specific categories of researchers or officers or so that's more reasonable. Yes, and Argos and Amnesia are more recent, yes. Well, it's not just the the the tiny, because these are functionalities that are useful and known, but if you take 10 researchers, how many of them need to anonymize their data? Maybe half to one, right? Not one. And it's the same for Argos. How many need to manage the data management plan? Well, they all need, but typically is one that does it out of a research group, right? And it's the same thing for the sciences. Managing a journal is not an easy thing and requires experience, skills and time, right? So again, these are key services for those who need them. But if you ask them to approve, this is the right percentage, I think. I'm actually surprised that the whole demo is so high. We can move to the last one. So we have one more question for you. In which way these services are useful in your daily activities? Your daily activity, so something that makes your life easier. So what you do, your work, saves time, effort, money, resources, very important. Just try to think like you have one of these services and what will be really nice for you? Find the interesting publications, okay. Free and professional, great tools I can rely on. Save, produce data and services for Zanotto and Amnesia. And don't end up in jail with Amnesia, because if you use other people's data, you have a problem. Serving project outputs all in one place for Zanotto communities. Supporting compliance with European Commission requirements. There's another repository for the results. The point of users science should be free, sorry, free. Yeah, open free, open access with the proper licenses. Can you scroll down? Yes. Zanotto with community. I see many people say about Zanotto community functionalities. So this is very important. This is a good feedback for Zanotto also. Yes. I think it's a key functionality and today is not reaching its full potential, it will be, because I know that Zanotto is working on an evolution of the concept of community. So Alex, if you want to say more. Yes, exactly. So currently we've come communities act a bit more as collections, let's say, so they're not very, it's sort of a very collaborative, let's say, feature. But we're going in this direction where, for example, there's the different roles in communities, there's many members, they can curate things, they can, there can be a discussion basically happening on the metadata and what kind of records so it's also a big part of having quality metadata is to have curators that know how to describe the objects very well. So this is kind of the direction we're going now. Towards the end of this year or the beginning of next year we will start seeing some of these new features. Thank you. I also see about Amnesia. Yes, Manolia is another two more questions for Amnesia. But I don't know if you want him to answer it publicly or just in the shot because we are running a little bit late. So we're moving on. Another important aspect. Two minutes. I just want to mention one thing, another important aspect of Zanotto, of which many of you may not be aware of, is that it offers the position facilities, as well as search facilities, also via APIs. So you can integrate your services to Zanotto. So if you have a thematic service that produces a dataset, you may easily extend your service to publish these datasets in Zanotto via APIs. And this is what many scientific services are starting to do out there. They publish their software, their software releases, they publish the results of an experiment. They publish their research objects as a whole within Zanotto to get a GUI. And this is done transparently from the user point of view. So we're hoping to discuss this further if you need it.


There's a group of men that lived within the mountain front, mostly to the south. And they were men that used to help these people with their animals, ranchers. In the fall time, they gather the animals. And when those people that owned the animals are ready to round up their animals, they call on these men. The men said, why don't we make a society out of this? Since they're always calling on us. And we'll call our society Cowboy Society. They're not necessarily riders out of a rodeo, but it was just men that were around horses and done these kinds of things. And so they called Cowboy Society, Apuchkinas Kuma. And by that, they composed a song to Cowboy Societies. That song still exists with us to society no longer. See, we even lost that round up time. There was a time when our area was no fenced area. It was all open. Today it's all closed. You don't need it. And so this is the song. I really didn't hear too much about the glaciers, but they were referred to by our elders within the areas. They were referred to them as sa kukutte awas. Sa kukutte means like glass, because glaciers where they shine like glass. And they were referred to them in that way. That they were always within that area. They never melt. And that's how I hear them. That's my understanding. That's how I heard our elders talk about our mountain area. And within those areas they were referred to as the glacier areas.  You noticed how they remained there all the time. Well, this is their, this was their life within these areas. They used it in every way. They came to hunt. They came to use the, be in a wooded area. They came to fast. They prayed within these areas. And it was very sacred to them. In fact, this one mountain they referred to as the sacred mountain, not to Yisdak, holy mountain, because it was their spiritual. And that's how they, they saw this area. And they, they were for, I, our elders, a lot of times they would say, the whole area, this whole mountain front is sacred, because this is where we get our visions and a lot of dreams. People appear to a spiritual people in many ways. You can hear things by the spirits. And this is how we direct our lives, of the guidance that we get from those spiritual people. I think we're going to have too much within our lands, within our areas. I think we're going to dry up. We're going to find that we're going to be scarce about the water. We're going to find it difficult because water is our sacred. To the Indian people, water is sacred. If they can just have water, they'll go long ways. If that's gone, it makes everything alive. So that's, that's a dangerous thing to lose our water, to lose that moisture that comes through, through these glaciers, through whatever means it does coming from the mountains. And so it's important. Today we already lost that fall, big snow. We lost the spring, big snow. It don't happen anymore. And it was always something that our people looked forward to. My sister received her Indian name from that fall, big snow. It's Chichototak, Snow Woman. And that's how it was recognized. That's how real they were. We are people that even a few years ago back, those people that were still here with us that I interpreted for, they've saw things way back at that time, even at that time that there was some changes taking place within the whole area, not only our area. They're saying there's too many things that's going up into the air. Too many things going up into the sky. That's changing a lot of things.  The way we see things. And today it's not that real anymore. Even our climate changed. It's not the same. We know certain times this is what's going to happen. This is what to look forward to. Today we can't do it anymore because it changed so much. It's unpredictable anymore. And they knew that when things start changing, people are going to change. And it's true. A lot of our people don't really know what's really happening. Our young people. And I think this needs to go back to them. They need to know more of what was happening. The worry we're at today. Well, it is telling us to change. It's telling us to find another direction. Find a way that things can connect again. Or we can start seeing some things for the future. For our young people. Because there's too many things that have to happen. And there is a change. And it's not going to come unless we, the people, start doing what we can to bring it back. And it's going to be difficult. Today we have a lot of changes. All kinds of changes. People today, sometimes they're afraid to do things. Something might not work together. So it's important that our young people, our people as a whole, understand it. And it can be done yet if we continue looking on to those spirits, those creators, the gods that our people pray to. And they look. Before I prayed, our people lived with the buffalo. And that was our source of life. Every part of the buffalo was part of us. And our people followed them. There was a time when our people were without the buffalo and they were looking for the buffalo. And a place called Buffalo Lake on the Black Sea Nation. It's towards the eastern part of the reservation. That's where they were during the wintertime. As they were looking for the buffalo, they wanted something to eat. So one of the men that was walking, they heard someone singing. They heard a song. They didn't know where it was from coming from. Anyway, they were looking for who it was. Finally it came upon the buffalo stone. That was the one that was singing the song. And this is a song that buffalo sang. A-ha-ha-yi-ah-yi-ah-i-ah. A-ha-yi-ah-yi-ah-i-i-oh-y-oh. And that buffalo got singing. Between singing, he told the people, you go to certain places and there's the buffalo. they would find that help, the people who had to start. They were warning people. Let us pray. This is the only reason why we are here. This is the only reason why we are here. This is the only reason why we are here. This is the only reason why we are here. Our Creator, we ask that you help protect and direct these people that are trying to protect their source of life. We ask that you will guide them as they go forth in this effort. We ask that you will continue recognizing our way of life. The way of quiet life is important. And so today I ask that you will continue helping these people. Whoever is concerned that you will help them. And that we will bring back life to both of them. And that we do. That it will become greater and the source will be greater. We ask this. People, family members that ask these societies whenever they are going to honor something. And most of us are here. We are not going to forgive. If you like that, that is going to go down on. I am glad that I understand that. Not the land of land. Not the land of land. All of us sing the same thing. At this time, we sing this song. I don't know if it was a society song or if it was owned by any individual. I don't know if it was a society song or if it was owned by any individual. It's of her size. When I step into the brown of her eyes, I find sight of special dreams. Fluttering eyelashes and fluttering hearts. Dancing in magic no one understands. When I step into the brown of her eyes, I find the comfort of a friend. A friend sharing shelter when only a friend can know to. When I step into the brown of her eyes, she teaches loving through caring. Snuggling softly in my heart, helping me to just feel good. When I step into the brown of her eyes, the mysteries are different from confusion. Illusions are handled by seeing through. Clearly there is life ahead. When I step into the brown of her eyes, brown earth color woman takes me into the secrets of her size. Gentlying me in a balance of passion. I is hungry for smiles. You take me where I want to be. You're my heart taker. You're a brand new day, bringing me in view of the sun. I see the sunrise in your laughter. I hear the forever songs in your kiss. I feel the future in your beating heart. I abandon loneliness for your embrace. You're my heart taker. Come to take my heart before it fades away. Lending into my dreams, showing me secrets of life. Holding my hand in the universe, you put together a breaking soul. Smiling into eyes, hungry for smiles. Enchanting today with your magic. Tomorrow can't help but to be good. You brought the world back to me. I think there's going to be a lot of things lost through this. And I think it's going to... Our young people are not going to have the same kinds of things to look forward, the same kinds of things to hope to use because they're not going to be there. And we need to find some other way. How can we encourage them to continue and to try to stay within the best that they can in our way of life, the end in real life? And I think that's going to help them to start to connect things together again. But right now, you know, they don't know what's going to happen in the future. They don't know that much about our past. They're just in between. We need to help them to tell them that there is... You have a generation ahead of you that's going to be some changes. You need to know how to cope. Days were dark, you brought the sunlight nights touching me in your being, tender love and shelter moments.  Things I thought I wanted and things I really needed blowing my mind from the beginning.  Our life is good. We have two different kinds of life. We have our traditional way, our end in way of life and then we enter into the life today, modern way.


you guys showed the world what Christians look like how they act how they behave matter of fact I felt proud just for this channel because there was a family that was in need again the family did not come ask me for anything all the all they did one of the daughter asked could you pray they've been watching channel could you pray they've asked for question hey what does this mean what does that mean even I think I've done like maybe two videos off of their questions you know that's a good question let me do a video by the way that's a good way to get video done if you ask me a good question taking you the video for this and I'll get to them but that's all she's ever asked the daughter of the mother did not ask for a thing and said could you just pray for us mom's going through this and so life happens y'all know life happens and for this young lady to say hey what we really need more anything else is just prayer and asked for just to pray for you know for the financial situation to be fixed and it bothered me I had a hard time sleeping when I first asked anything I could do she said no no no but then I asked again later as the date came do you need anything this was the day of they needed the money this day at a certain time two two thousand eight hundred something dollars right I know some people who might be willing to help some some show enough Christians who did not say let's just pray now get in that granted we had enough people also prayed about it and just pray because I believe that prayer does change things I believe that when we do pray when we do ask God Lord get involved in this thing we're not gonna try to fix this on Lord can you help us out can you walk in us can you can you cause us to move I believe that helps too and then some folks also open up their pocket books some folks ten dollars some twenty five some fifty some hundred they needed two thousand eight hundred dollars they got five they got four thousand five hundred actually five thousand because there's another five hundred that's getting sent to them as well because obviously what they needed is gonna be more than what was required for that day and God showed up through the believers because sometimes being Christian ain't about what your mouth says about what your hands and feet do it was so awesome guys that people were emailing and texting saying hey I still want to give I guess it's over people still what okay I didn't want to be I didn't want to go on too far because I didn't want to make it so Mike okay we're gonna raise ten thousand fifty thousand right they got what they needed plus up plus more but people still wanted to give you can't tell me being a Christian in awesome you can't tell me being around other Christians haven't even met these people or even you people personally but because we are linked by the same father y'all know we sit the same dinner table with the same daddy at the head of it and to seeing that happen and I'm talking about not not in a matter of days I'm talking about in a matter of hour hour and a half two hours you guys aren't smart Christians you guys are real Christians Jimmy you're not smart Christians you are smart Christians but you guys are real Christians I mean show enough real Christians to come through for that family like you like you did you guys also that's that's really all I can say that's the kind of confidence that we ought to have not just in our salvation but in the fact that in the love that we share and show one to another I know for a fact that some of the believers that gave did not have the same doctrine of use some of people that gave were Calvinists some were Armenian some were formed some were not some were dispensational some were not some believed you can lose that face some believe you could I mean could not but they all believe in Jesus


We're carrying about 35,000 tons of water, bringing those that need down here in Texas. Right now we're getting ready to offload all this stuff. We've got five pallets too. And we're going to get that water and pick up some more back in Fort Worth. Tell me what you love about this job. I love helping people. I mean, people need water around the city right now. And we're doing the job and we're making it happen. We're bringing it home. Is there anything you'd like to add? Go on that. It's a good job that you can have, really. Captain Dave Regentbeck, Texas Air National Guard. The pilot here is C-130 dropping off. Based on the pilot needs to get some water. The people of Austin today have been dropping water off. The other parts of the state, which is yesterday, we're going to keep doing so for the next couple of days. That was about water and power for about 35 hours a few days ago. And neighbors are what kept us going. And so now I've kind of squared away. So water to be a good neighbor to other Texas. Talks about how much. Talks about what? Talks about how much water. We've got about 35,000 pounds of water. All that five-pound positions. You can see behind me there's quite a few bottles of water to be able to help out a few people in their time of need. We all need water. We started doing this mission yesterday afternoon. And we'll be continuing for the next couple of days.


My stepdad encouraged me to join the military. I didn't want to do it until my uncle told me that he didn't think I could pass basic. Those who know me know I'm the most stubborn person, so when you tell me I can't do something, I will set out to prove you wrong. You don't have to compare yourself to what other people are doing. Figure out what you want to do, not what everybody else wants you to do. At boot camp, I met someone just as stubborn as me, arguing with one another, and one of the first classes I attended, a nerdy, supportive, and stubborn individual, he will later become my husband. Shortly after moving to Wisconsin in 2021, I enrolled in the digital marketing program. That first semester, I was nervous. I had not been to school for a while. After the first few days, the continuous support and open communication from the instructors helped me relax and enjoy my courses, and I felt a sense of belonging. Then I seen a couple of people and they're like, hi, Kierri, and I'm like, oh, like you actually know who I am, and it just made me happy. I would like to run a company.  I just want to show everyone that I'm strong. Thank you, Jay, for believing in me and the potential that I have. I didn't know how much you would change my life when we first met, but your belief in me has helped me take on new goals that are changing our lives together for the better. You are the reason I am standing here today. I am excited to see just how far I can go. 18-year-old Kierri will be so proud of the person she is today. Thank you.


Hi guys, welcome back to my channel. If you're new, welcome. If you're already subscribed, welcome back. In today's video, I'll be showing you guys how I do my half up top knot hairstyle. It's a quick and easy, super cute style. I've started rocking this style here lately. Right now I'm finishing up my wash day routine with a deep conditioner using the Mayel Organics Boba Suit and Mint Deep Conditioner. Let me show you the other products I've used for my wash day. Starting with the Co-Wash, I use the As-I-Am Coconut Co-Wash Cleansing Cream. This gives me super hydration and moisture. My number one favorite, Boba Suit and Mint Deep Conditioner by Mayel Organics. I'll also be using the Revitalizing Leave-In Conditioner from Jane Carter Solutions. This keeps my hair moist and refreshed while styling. The Incredible Curls, which will act as my base for preparing my hair for the actual styling product. I'm bringing back an oldie that didn't do my hair so well at the time, which is the Miss Jackie's Don't Shrink Curling Gel. But since my hair has been thriving, I figured I'd give it a second chance. And lastly, my favorite brand, Edge Control, Ores Olive Oil, and this one is new. It's infused with sweet almond oil for strengthening. The hold is a little softer than the original, but it's very conditioning, gives me great shine and has a pleasant sweet smell. Alright, so I'm going to jump right into the video, so let's get styling. This is a Ryan Little Production. It's completed. This camera I know is not going to do it any justice, but my curls are. They are absolutely happy. They are thriving. They are popping. They are just overjoyed with these products. Let me give y'all a close-up of my curls.  Give you a close-up of my curls.  This is the Flexi Longgating Curl Jelly, or Curling Gel, I should say. Months ago, I got this product as I stated, and my hair was not ready for this product. But I'm absolutely loving, loving, loving my turnout. This is probably the best little hairstyle ever that I've done in a while.  When I tried this some months ago, I did a video on it. My hair was not prepared for this product. And I've come to learn that there are certain products that you may use that may not work at the time, but the more you continue to work with your hair and do more things to your hair to get it at the state that you want it to be in, you can actually go back and retry those products again because they just may work. And I'm thoroughly surprised that this actually worked like amazing on my hair. My hair has bounce, it has body. It did not have that when I did that video months ago. It did not have that at all.  But my hair feels super, super light, just bouncy. And my curls are just, oh my gosh, my curls are just loving this product right now. And I kept this under my cabinet for the longest time because I used it that one time for that video. And I said I would never buy this stuff again. I would never use it again and I didn't. But oddly enough, I'm halfway through it. So I must have at some point used it quite a bit back in the day. But I don't remember really using it that one time. But I'm glad I retried it again because it's really loving my hair right now. And I'm not really sure what all the hype is about the Eco Styler Gel. Now this is an old batch that I had from, this has lasted me for months and months. And I have not bought a batch since. So I don't know if these are bad batches that are going out, that people are having all these reactions. But I'm not having any problems with black with the Eco Styler Gel. I'm not having any problems with the Eco Styler Gel whatsoever. I'm not having anything that everybody is talking about in these videos. And I hate that people are having these problems but I'm not. I'm going to continue to use mine. Now will I buy another batch? I don't know because if there's bad batches out there, I'm not going to be buying any more of the Eco Styler Gel. Okay, because I had to turn some lights on in here because it was getting just a little bit too dark in my house. I don't know if y'all can see me good. But I just want to share with you guys my hairstyle. This is just my top knot, fluffed out look. I don't really have a name for this, for this dude. But I'm loving it. So I hope you guys enjoyed this video. I hope you enjoy the hairstyle. And if you want to give it a try, you know, go right ahead. I'm sure this hairstyle has been done a million times over on YouTube. But I really like it. It's kind of like a go-to for me when I don't really feel like doing a lot to my hair. This is something very simple and easy I can do just on the go. So thank you guys so much for watching. I hope you enjoyed the video. If you did, don't forget to like, comment, and subscribe and to help me grow my channel. It's just Janine. I will see you guys on the next video. Bye guys.


Welcome back to Investor Intel. I'm Peter Clausi today. I'm here again with my friend Carol clip. Hi Carol Hi Peter, how are you doing? What's the weather there in Toronto? Rainy and cold. You? Oh, it's sun and sunshine and bright sky quite unusual for us So I hope to send a little bit of energy to you and all our viewers. Good Well when you come up for the mining show in March, hopefully it'll be nice We can wander around outside and talk about TNR gold So TNR was on my radar stock prices jumped up lately and there's only one man in the world to explain this Thank you very much, Peter. I guess that man will be me so I will start to tell you a little bit about our story Tina Gold Basically, we are building green energy metals royalty company Tina Gold And I will start with three very important numbers for our short conversation today First one will be from UBS the largest wealth management bank in the world. They estimate Jump by 2890% in lithium demand in 100 EV world Second very important number will be from copper international association They are talking that copper demand for electric cars should accelerate nine fold from 185,000 metric tons today to an estimated 1.7 million tons in 2027 and the third extremely important number which lately now interview I will try to explain to all our viewers better is 127 million dollars This is an estimated cash flow are discounted for our Tina Gold royalty In a huge copper project being developed by McEwen mining run to the management and leadership of Legendary rock McEwen called Los Azules in Argentina. Let's do let's do Los Azules first because it's easy TNR has a royalty on a world famous large copper project. Is that copper project in production yet? No, this copper project not in production yet, but this year we have received extremely important Confirmation of its potential Losa Los Azules is one of the largest copper porphyry systems in the world just a few weeks ago Argentina and Chile have signed a protocol and a development of Los Azules. So check number one Political uncertainty is out from Evaluation metrics for this project this support and cooperation Exhibited by Chile and Argentina for potential mine development at Los Azules comes as a very good news for us Of course, right because just in September McEwen mine has delivered new PA for Los Azules preliminary economic assessment and New resources in all categories reported by McEwen mine Is that the news that caused TNR's stock to jump? Yes, it took us Few weeks and maybe even couple of months that market digested more or less Potential of our story and today it's such a great opportunity just before Christmas to discuss What is really happening here? And first of all The most beautiful thing in mining which could happen is already in our news releases Our baby Los Azules is growing much larger numbers are getting bigger and bigger For example copper resource now jumped from 19 billion pounds to almost 30 billion pounds It's 55% increase Gold is now up from 3.4 million once it's of gold to over 5.5 billion once of gold It's another 61% increase and still what's what what's the target timeline though to be in production? McEwen mining now is talking about Los Azules being in production in five years time So finally we start to hit the numbers major milestones when it's moving Into production and whatever discount investment community have on our royalty Right hopefully this discounts will become smaller and I will come back to our number. We just discussed a few minutes ago What is this 127 million dollars? Which I expect to receive from Los Azules copper mine as my part of Next military turn running you over the life of mine for the first time McEwen mining has reported estimations of next military turn and estimations for cash flow of next military turn from Los Azules will be 35.2 billion dollars over 36 years of life of mine and discounted our partner Tina gold Applying our 0.36% NSI royalty on all this cash flow will be very interesting number 127 million dollars and you can check and maybe you better tell our Viewers what is our market cap? But of course they should always check all our disclaimers Absolutely, and anybody who wants to read that feasibility study can go to Cedar where McEwen mining would have posted that Exactly, so the Los Azules copper project is an easy one to discuss and that's within TNR gold You also have a gold porphyry project in Alaska. Yes. Yes. Let's talk about that. What's that one called? That one is called shotgun gold and what is very interesting as All our mine for snow Alaska was quite a difficult jurisdiction unfortunately for a number of years, but now thanks to positive political changes in this case and I will stop short here Alaska is back to business and we can see that one after another not Mentioned names, but Alaskan base gold development companies are shooting through the roof if I may use this kind of voting here So basically what we have Is our shotgun shotgun gold in Alaska? We are just couple of hundred miles apart from Dornling gold as you know developed by Nova Gold and that is very significant porphyry intrusive gold system with over 40 million ones of gold. I have another Major asset among our team at TNR gold is Greg Johnson our Director who was among the founders Peter as you remember of Nova Gold? Yes, and who basically developed Dornling gold They were developing Shotgun gold and then we managed to buy it out from Nova Gold where gold market, you know was not very exciting any more and majors or even Companies like Nova Gold they were selling the exploration assets, and you know I think we made one of the best investment decisions at least in my lifetime when we secured 100% of this project now we own 90% So basically what we're talking there we're talking about very similar Geological signature according to Greg Johnson all our views could check our news releases from years ago And we have developed quite interesting resource already there is 20 million tons at one gram per ton of gold And we have seven hundred thousand ones of gold and third resource initial But it's top of the rich so nothing prevents us to think that this project could become another very Significant gold porphyry system with the intrusive Mineralization in alias. What's the relationship between TNR and international lithium? Just TNR when shares an international? Yes, very good question Peter. TNR gold holds a strategic stake in international lithium Owing very significant number of shares Plus we have a royalty on one of the major assets in international lithium The project is called Mariana lithium. It's located in Argentina, and it's operated by Largest lithium material producers from China one of the largest lithium Genfeng lithium from China, and now you can see our philosophy Basically via project generation company. We are looking for opportunities being based in our venture capital in order to advance the project to the Level when majors of this world like Maki mining like infangillifium will be interested in our project and then we reduce in our operational risk We reduce in our capital exposure because these Companies leaders in the industry they will bring capital and what is more important? Technology in order to advance our projects right and then we are keeping our state as long as we can contribute and Hopefully the valuation of the project goes much higher and then our state will be either bought out By our operators like infangillifium in international lithium for example Or we will reduce our share holding to royalty like with Los Azules, but like we discussed Potential cash flow could be so significant in order to be applied to our recent market So what percentage of international lithium does TNR own? And TNR holds then a net smelter returns royalty on The Marianas project or gang fang as your partner. Yes, that's correct 1.8% Which we believe will become another very significant potential cash flow stream Like we just discussed about our Los Azules copper royalty sounds good a when you come up to Toronto I'll buy you a beer again like last year. We can talk about it Thank you very much Peter. Thank you. It's very good energy What we're talking about and we continue we can continue for hours. Sounds good. I thank you for your time. Have a tremendous day Thank you very much, Peter And I would like to use this opportunity to extend the warmest regards from all our team at TNR Gold to all investor intel team to you personally and I will Would like to be a very happy holidays very happy new year and I will not afraid it many Christmas if you celebrate


కాద్స్స్ల్స్పనిల్లెధికస్వర్టిల్థినంట్వతురండ్చింటాచిచిటసాంటాపన్టది. And when COVID came around, with all these underlying issues, the vaccine was where we had to take the vaccine. I took the vaccine and about a week or two ago, I was diagnosed with COVID. I had no symptoms per se.  Whereas when I went to dialyze the Thursday night, the nurse told me, in a joke form she said to me, you have COVID man, I think you better go and test. So I said to her, okay tomorrow morning I will go and test. I went ahead and I did the test, I got the rapid, it was negative. The other one they sent up to the lab, I got the results the Monday morning. I got a call from the ministry saying that I was positive. So they had me to quarantine at home. And I suspected that the vaccine helped a lot because it could have been worse. It could have been a lot worse because I have seen patients there and they worse than me. And some of them have not even been vaccinated. So folks, please get vaccinated. It will help. It will help and follow protocols. Follow the protocols, please. We cannot have people dying like this. What I've seen at the hospital days is not good. It's really not good. Please, let's follow the protocols.


time to hear from Aaron Boone now in the manager's report brought to you by Geico. Aaron, you've played a lot of close games lately and a lot of close games with this White Sox team with a lot of back and forth. Can you finally exhale now after this series a little bit coming out now winning 10 out of your last 11 series? Yeah, exhale here for a minute. Obviously, getting on a happy flight is always a good thing. Going home to start a really important home stand. Man, it's a good team over there. Our guys did a lot of really, really good things today. Got interesting there, obviously, in the ninth, but this is a really good series. After a tough loss in the field of dreams game, guys just continue to pound away. And, you know, just an all around a really good win for us today and a good series win for us. You mentioned a really good team over there. You look at that offense and the job that Nestor Cortez did navigating himself through it, just how impressed were you with him this afternoon? He was great. He gave us six innings, six strong. I thought his stuff was really good today. I thought he was crisper than he was in Kansas City. Right from Jump Street, I just thought he had a, his pitches were crisp, you know, kind of confirmed with Higgy or in the early innings said he's got his stuff today. And that was apparent and you got to have it against those guys.  It's, it's a tough, not lineup to navigate, but he really, he really did it. You know, really think about the first inning. He's probably going to get out of that in like six or seven pitches, a couple of bloops that make it a longer inning. But otherwise, you know, he was, he was in complete command. Vaughn put a good swing on him to break up the shutout. But he was really strong for us and put us in position to win this series. What was it about his stuff that made him so effective? I think just the command, the Christmas, you could just tell from the side his fastball had really good life to it. I thought, you know, his changeup was good. You know, he was able to throw any pitch at any time. You know, I thought he did a good job of when he did mix in some, you know, some of his alternate deliveries. I thought the timing of it was good and he executed when he did it. But just an all-around really strong effort. With some guys not maybe being available, other guys struggling, have you found it to be a challenge trying to navigate the end of the games this series? Look, it's opportunities and we're finding out a lot about other people. You know, guys that are getting an opportunity in some high-leveraged spots that have come through for us.  He comes in and gets some weak contact to get us out of that inning. Obviously, Lowe going through their righties. I wasn't gonna use him a lot today. He was really good.  But otherwise, I thought he bounced back and threw the ball really well today. So, you know, guys are, we're finding out some good things about some guys that are creating a little bit of depth down there and we got to continue it.