May 9, 2017The NJDEP Division of Fish and Wildlife is announcing a new version of the Landscape Project maps that reflects habitat for endangered and nongame wildlife across the State.The Landscape Project was designed as a tool for strategic wildlife habitat conservation. Through geographic information systems (GIS) technology, the Landscape Project uses documented species location data and land-use/land-cover as well as species life history information to depict habitat for endangered, threatened and special concern wildlife throughout the state.Today, Version 3.3 of the Landscape Project maps replaced Version 3.1, released in 2012. The update to the Landscape Project maps incorporates the most recent land use/land cover data (LULC 2012) and new species occurrence data since the last release of the Landscape maps. In addition, the new version incorporates species not previously represented in the Landscape Project, including Atlantic sturgeon and northern long-eared bat (northern myotis). The Landscape Project provides users with peer-reviewed, scientifically sound information that transparently documents threatened and endangered species habitat. Landscape Project data are easily accessible and can be integrated with the planning, protection and land management programs of non-government organizations and private landowners and at every level of government - federal, state, county and municipal. Landscape maps and overlays provide a foundation for proactive land use planning, such as the development of local habitat protection ordinances, zoning to protect critical wildlife areas, management guidelines for imperiled species conservation on public and private lands, and land conservation preservation. The maps help increase predictability for local planners, environmental commissions, and developers, and help facilitate local land use decisions that appropriately site and balance development and habitat protection. The Landscape Project maps allow users to anticipate potential environmental regulation in a specific geographic area and provide some level of assurance regarding areas where endangered, threatened or species of special concern are not likely to occur, affording predictability to the application and development process. Thus, Landscape Project maps can be used proactively by regulators, planners and the regulated public in order to minimize conflict and protect imperiled species. This minimizes time and money spent attempting to resolve after-the-fact endangered and threatened species conflicts.A thorough description of the methodology used to create Version 3.3 of the Landscape maps can be found in New Jersey's Landscape Project Report, Version 3.3; available as a downloadable PDF file on the Division of Fish and Wildlife website: www.njfishandwildlife.com/ensp/landscape/lp_report_3_3.pdf (pdf, 6.0mb)To register for a Landscape Project Training and Information Webinar, please visit:
www.njfishandwildlife.com/ensp/landscape/landscape_train.htmLandscape Project data and maps are available by the following methods:GIS Data
In my 8 inch android tablet, the app shows in tablet mode or desktop layout only in portrait. But in landscape it shows phone layout . But I think there is enough space in landscape mode for desktop layout.
I did try to back up the database and just remove the offending postgres package, which worked, or ... at least, I could get further in the upgrade process. But during the upgrade the landscape packages were also removed anyway.
After updating to Chrome version 117, the following CSS for landscape mode seems to have stopped working, and I can no longer see the A4 landscape print preview. The provided sample code correctly displays an A4 landscape preview in Edge, but in Chrome (version 117), it displays as A4 portrait.
2.At the top you should press on the orientation for preview button, there is a option to create a landscape layout (check image), a new folder will be created as your xml layout file for that particular orientation
Then from the menu, select option - Create Landscape Variation.This will create a landscape xml without any hassle in a few seconds. The latest Android Studio version allows you to create a landscape view right away.
This is a landscape version of the Gargoyle in the Grotto post from last week. I shot about 30 photos down inside this little grotto. I was concerned that the dynamic range was to extreme to capture but decided to give it a go. This is a 9 exposure blend created to bring out the details in the shadows so that the "creepy" little Hob Goblin face is a little more visible in the right center of the photo. I had to work the crap out of this image. Hope you like it. :)
The BIAN Reference Architecture is expressed in a combination of ArchiMate and UML. The BIAN service landscape is expressed in ArchiMate language. Business Object Model and Business Scenarios are expressed in UML, The Business Object Model is expressed in UML Class Diagram, the Business Scenarios are expressed in UML Sequence diagrams.
The landscape potential & restoration opportunities analysis is a package of layers that identifies spatially-explicit restoration opportunities in the Delta and Suisun to support multiple desired ecological functions. These analyses are informed by past and present land cover, elevation, sea-level rise projections, and other data sets. They are useful for developing scenarios that can then be evaluated with the tool.
EcoAtlas Project Tracker is a tool for tracking information on wetland restoration, mitigation, and habitat conservation projects throughout California ( ). The Landscape Scenario Planning Tool currently allows users to bring in project data from EcoAtlas Project Tracker to help build and refine landscape scenarios. Integrating the Landscape Scenario Planning Tool with other regional datasets and planning tools, such as EcoAtlas, can help improve coordination and communication among conservation planners and land managers.
This project is a tool for planning scenarios of landscape-scale restoration. The tool is designed to inform ongoing and future restoration planning efforts. In particular, this tool will help inform implementation of restoration objectives as described in the Delta Plan, as well as the ongoing Ecosystem Amendment to Chapter 4.
The newly published A Delta Transformed: Ecological Functions, Spatial Metrics, and Landscape Change in the Sacramento-San Joaquin Delta provides the first analysis of landscape ecology metrics in the pre-disturbance and contemporary Delta to help define, design, and evaluate functional, resilient landscapes for the future.
Your IT landscape consists of all entities needed to run your business. Depending on the deployment model, these are systems or tenants, servers, software products, and so on.
To keep your business running and continuously improve your processes, both servers/tenants and software are changing constantly.
We can speak of three states of IT landscapes:
In the picture, you see a landscape evolving from an pure on-premise to a hybrid landscape including cloud systems. The question where the landscape's layers are running, and who is responsible for which layers, is described in Deployment Models and SAP Offerings - On-Premise, Cloud, and Hybrid.
The steps to move from one state of the landscape to the next are based on the status quo to find the required changes to reach the next level. Having reached it, the cycle starts again. These iterations, are, of course, not clearly separated: Running in cycles, in the next step, the "new landscape" being planned becomes the one you use, and the next level gets into the details planning phase.
The picture describes roles involved in the landscape management process and their tasks on the level of functional areas: Business, IT Architecture, Basis Administration, and Development.
The inner circle describes the tasks in the existing landscape, the outer circle describes the phases of planning and implementation of changes.
In this example, the company is evolving its landscape from a pure on-premise set-up to a hybrid landscape. New options offered are identified by mapping required functions to new offerings; the plan for changes is created and implemented:
There are several tools that help in people in involved roles to perform the different steps during the planning of landscape changes. The most prominent is SAP Solution Manager, which integrates mandatory tools and provides data for the whole landscape management and related processes in SAP Solution Manager, so it's the first in the list:
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