Download Resource Pack Atlas 16x
Hilke Mcnally
When it comes to the data itself, the platform has no shortage of it. The research team drew from vetted sources to create 270 different data layers, ranging from mineral resources and infrastructure to social and economic information, that the user can toggle on or off individually, based on what they want to see. The information comes from academic institutions, federal, state and local agencies, nongovernmental organizations, and the NRRI.
There are a number of ways to make use of all these data. For example, it could help to reveal development opportunities in the mineral, forestry, water, or tourism industries. The data could also identify areas that should be considered for ecological restoration or enhanced protection, evaluate areas for economic development, or plan easements through land for specific purposes. The atlas even includes trails and aerial imagery that the general public can use to plan out hikes and see changes in elevation.
Chester County's character is largely defined by its historic resources and cultural heritage landscapes. In addition to hundreds of locally designated historic resources in our municipalities, Chester County ranks second in the state in the total number of individually-listed properties and districts listed in the National Register. Explore this map to find out more information about these National Register properties and districts.
In 2004, an update to the original Chester County Historic Sites Survey (1978-1982) using a Geographical Information System (GIS) was initiated. This initiative is a partnership between the Planning Commission, Chester County Historic Preservation Network, and the municipalities. This project provides the first digitization of existing Chester County historic resources data and verifies the original survey data. The Atlas identifies historic resources (buildings, structures, sites, and objects) that are 50 years and older as a starting point and follows National Register of Historic Places criteria as a guideline. It is being completed on a municipality-by-municipality basis with the primary assistance of municipal historical commission members and interested volunteers and, in some cases, supplemented and expanded upon with the assistance of a professional consultant using County Vision Partnership Program grant funding. As of May 2020, 45 municipalities have completed Atlases and several other municipalities have Atlases underway.
The Chester County Archives has created an interactive property atlas representing property owners, the public road network, and points of interest (mills, taverns, fords, etc.), that existed in the county in September 1777. The Archives staff originally began this project to assist with the interpretation and preservation of the immediate Brandywine battlefield area, but they have since broadened their focus and now intend on researching and mapping all Chester County municipalities. View the 1777 Chester County Property Atlas portal, and stay tuned as it will be periodically updated as new municipalities are added.
If you want to fine tune harvesting so elephants don't lag your entire server when they harvest 18k berrys when you just want some wood. Codes to implement fine turning of materials. I strongly recommend you only put the resources you specifically want to have extra for and set your base harvest rate to x1. Base Harvest rate will multiply the specific harvest rate so be warned you could make things worse.
Technologies for multi-atlas brain segmentation of T1-weighted MRI images have rapidly progressed in recent years, with highly promising results. This approach, however, relies on a large number of atlases with accurate and consistent structural identifications. Here, we introduce our atlas inventories (n=90), which cover ages 4-82years with unique hierarchical structural definitions (286 structures at the finest level). This multi-atlas library resource provides the flexibility to choose appropriate atlases for various studies with different age ranges and structure-definition criteria. In this paper, we describe the details of the atlas resources and demonstrate the improved accuracy achievable with a dynamic age-matching approach, in which atlases that most closely match the subject's age are dynamically selected. The advanced atlas creation strategy, together with atlas pre-selection principles, is expected to support the further development of multi-atlas image segmentation.
An online mapping tool and data for natural resource planning, management, and research in Minnesota. The goal is to provide a set of basic tools for visualizing and analyzing spatial data that are free and easy to use. Users have access to over 500 data layers across the state and more ways to visualize, analyze, and share spatial data and information.
Small organizations, including many that work on natural resource issues, often lack the capacity to use spatial data in their decision-making processes. This has generally required expensive software and considerable specialized training. Researchers at the Natural Resources Research Institute, along with collaborators at the University of Minnesota and Minnesota Sea Grant, are working to remove those barriers through the development of the Minnesota Natural Resource Atlas.
The United States Department of Energy (DOE) and the United States Agency for International Development (USAID) sponsored a project to help accelerate the large-scale use of wind energy technologies in Mongolia through the development of a wind energy resource atlas of Mongolia. DOE's National Renewable Energy Laboratory (NREL) administered and conducted this project in collaboration with USAID and Mongolia. The Mongolian organizations participating in this project were the Scientific, Production, and Trade Corporation for Renewable Energy (REC) and the Institute of Meteorology and Hydrology (IMH). The primary goals of the project were to develop detailed wind resource maps for all regions of Mongolia for a comprehensive wind resource atlas, and to establish a wind-monitoring program to identify prospective sites for wind energy projects and help validate some of the wind resource estimates.
Hi David, keep in mind that AWS CDK gets synthesized into AWS CloudFormation on your behalf. So you will need to determine IP Address / CIDR Range that CloudFormation is using to deploy your MongoDB Atlas clusters and other resources.
AWS has a large pool of IP addresses that are used by its services, and these IP addresses can change frequently as new resources are added and old resources are retired. AWS does not publish a list of specific IP addresses that are used by CloudFormation or other services.
Lastly, given you mentioned you are seeking to deploy your AWS CDK resources into production I would in addition contact AWS / your AWS rep to help provide additional guidance on this matter as well. Hope this helps.
Just curious if anyone else has determined the best avenue for this. My assumption is that I need to get the ip address that is being used by cloudformation to create the database and use that dynamically in the ipAddress whitelist each time. Yet because I am not finding anything on the web concerning my assumption as the solution nor anything within the awscdk-resources-mongodbatlas and AtlasBasicPrivateEndpoint, i fear I am wasting my time. From what I understand this ipAddress is only regarding the initial deploy. Yet no one would want to open 0.0.0.0/1 in production as the work around and I believe there should be better guidance from MongoDB on this matter.
Constructor-like function with two purposes:
- Load the specified resource as part of loading the script
- Return a hash to the run-time version of the resource
This function creates a new atlas resource that can be used in the same way as any atlas created during build time.The path used for creating the atlas must be unique, trying to create a resource at a path that is alreadyregistered will trigger an error. If the intention is to instead modify an existing atlas, use the resource.set_atlasfunction. Also note that the path to the new atlas resource must have a '.texturesetc' extension,meaning "/path/my_atlas" is not a valid path but "/path/my_atlas.texturesetc" is.When creating the atlas, at least one geometry and one animation is required, and an error will beraised if these requirements are not met. A reference to the resource will be held by the collectionthat created the resource and will automatically be released when that collection is destroyed.Note that releasing a resource essentially means decreasing the reference count of that resource,and not necessarily that it will be deleted.
This function creates a new buffer resource that can be used in the same way as any buffer created during build time.The function requires a valid buffer created from either buffer.create or another pre-existing buffer resource.By default, the new resource will take ownership of the buffer lua reference, meaning the buffer will not automatically be removedwhen the lua reference to the buffer is garbage collected. This behaviour can be overruled by specifying 'transfer_ownership = false'in the argument table. If the new buffer resource is created from a buffer object that is created by another resource,the buffer object will be copied and the new resource will effectively own a copy of the buffer instead.Note that the path to the new resource must have the '.bufferc' extension, "/path/my_buffer" is not a valid path but "/path/my_buffer.bufferc" is.The path must also be unique, attempting to create a buffer with the same name as an existing resource will raise an error.
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