WEBVTT

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I am the leader, can you hear me?

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I am the leader of the beams, the biodiversity information management system.

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Let me start with the challenge we are addressing.

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By the diversity data exists, in fact there is a wealth of it.

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Today we have running instance across Africa and beyond.

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In South Africa, we serve as the national first water biodiversity platform.

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Let me show you what beams look like in practice.

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This is the epist, our first and most mature deployment.

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What you see is the landing page.

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You can see there are millions of records right now.

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It is still the size to actively use.

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Here is the map view of the epist.

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Those dots are the occurrence data.

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Species observation across South Africa.

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You click any dot and you get the site details, coordinates, location, description, ecosystem type.

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Below that, the biodiversity data, what fish into the bridge plan, algae, birds,

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will found and that is the same site.

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You can see also occurrence status, conservation status and endomism.

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In beams you can also filter data to query specific subset of the data set.

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The platform provides multiple filtering options.

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I'm going to show you some of the filter quickly.

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The biodiversity model tab lets you filter by the taxonomic groups.

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If you interest it in fish specifically, select that group and the system will limit the results

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to the fish records.

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The map and the data tab will update to show only records from your biodiversity group.

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A temporal filter control of the time extent of your data query.

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And special filter lets you query data by location.

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Beams includes many special filter options.

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You can see it is filtering by South African province and other special filter,

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good catchment, collision and other stuff.

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And admin is fragile can also upload custom layers and make them available as special filters for the specific needs.

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Species attribute filter lets you query based on the conservation status and also the endomism.

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And origin of the species.

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User interested in a particular species can use the search part to enter the specific species name.

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And the system will use autocomplete to find the species.

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Here is where the system becomes really useful for the decision maker.

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You can combine multiple filters.

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And then for example, show me all the endangered species species in the western cap that was survey in the last ten years.

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Each filter works together to narrow your results.

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A data summary can be a few in the side overview panel and a full data breakdown is available for other data dashboard.

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There's both content details of the species and the metadata.

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You can also see the charts for the occurrence breaking down by an amism conservation status and the biotopes.

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All of this includes an option to download a spreadsheet of the raw data for further analysis.

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All data can be downloaded as spreadsheets.

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The spreadsheet contains comprehensive attribute of each record from coordinate, special records, business name and all of that data.

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This gives you the raw data in the form that you can work with your analysis tool.

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Quickly back to the map view.

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You have the layer selector as well that you can use to apply special layer for visualization.

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You can overlay slides, rivers and other constructs to all layers.

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This layer also process and display as PM tiles so that they're faster load and efficient to render.

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Atmins can also upload and style custom layer in the side.

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So, we've, like I said, it's just one side is deployed in multiple locations.

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Let me quickly show you the other running instance.

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We have sun part is for the South African national park.

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And we have our base for the run render, biotopeicity information system.

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We have careful for wetlands.

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And we have Africa is our continental scale deployment.

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And this is the platform provides open first water parity city across.

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Thank you for watching.

