Woodfield enrichment center: Woodfield Enrichment Center – SC Child Care Services

Woodfield Enrichment Center – SC Child Care Services

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Child Care Center

ABC Quality Rating

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Facility Attributes

Operator:

Tonya Holmes

Capacity:

166

Facility Hours

Licensing

Licensing Type & Number:

License#: 17853

Issue Date:

8/9/2022

Expiration Date:

8/9/2024

Call your DSS licensing specialist if you have questions:

DSS Licensing Specialist

Woodward, Rebecca

(803) 898-9001

Facility Review & Complaint Information

(2 records found)

Inspection Reports

Note on Deficiencies

Deficiencies are listed in broad categories and are available online for 36 months. We encourage you to contact your region office for an explanation of any of the deficiencies, or for additional information about this facility’s compliance. Resolved “On Site” means that a violation was resolved during the Licensing Specialist’s inspection.

Severity Levels

High:

These are the most serious violations of child care regulations and could pose a risk to the health and safety of children. If you would like an explanation of any of the deficiencies, or would like additional information about this facility’s compliance, please contact your regional office.

Medium:

These are significant violations of child care regulations and could negatively impact the health and safety of children. If you would like an explanation of any of the deficiencies, or would like additional information about this facility’s compliance, please contact your regional office.

Low:

These violations are the least likely to impact health and safety, but they still show that a facility is out of compliance with some child care regulations. If you would like an explanation of any of the deficiencies, or would like additional information about this facility’s compliance, please contact your regional office.

Note on Frequency of Inspections

Centers, Group Homes, and Licensed Family Homes::

In 2014, legislation was passed that changed the number of unannounced visits from two per year to one per year in Child Care Centers, Group Child Care Homes, and Licensed Family Child Care Homes. As a result of this new law, you may see a decrease in the number of deficiencies listed on this website for these types of providers. Unannounced visits are still made in response to a complaint, and visits are scheduled with the facility during the re-licensing process, which occurs every two years.

Registered Family Homes:

Most family homes are registered, not licensed. In 2014, legislation was passed that allows Child Care Licensing to make one unannounced visit to these homes each year. As a result of this new law, you may see an increase in the number of deficiencies listed on this website for Registered Family Child Care Homes. Unannounced visits are still made in response to a complaint. Click here for an overview of each facility and the requirements they must meet according to state law.

Woodfield Enrichment Center | Columbia SC Child Care Center

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About the Provider

Stepping Stones Academy – Rosenberg TX Licensed Center – Child Care Program

Description: Woodfield Enrichment Center is a Child Care Center in Columbia SC, with a maximum capacity of 166 children. The provider does not participate in a subsidized child care program.

Additional Information: ABC Quality Level: B;

Program and Licensing Details

• License Number:
  17853
• Capacity:
  166
• ABC Quality Level:
  B
• Enrolled in Subsidized Child Care Program:
  No
• Current License Issue Date:
  Aug 09, 2022
• Current License Expiration Date:
  Aug 09, 2024
• District Office:
  South Carolina Dept. of Social Services – Division of Child Care Services
• District Office Phone:
  Woodward, Rebecca (Note: This is not the facility phone number.)
• Licensor:
  (803) 898-9001

Location Map

Inspection/Report History

Where possible, ChildcareCenter provides inspection reports as a service to families. This information is deemed reliable,
but is not guaranteed. We encourage families to contact the daycare provider directly with any questions or concerns,
as the provider may have already addressed some or all issues. Reports can also be verified with your local daycare licensing office.

If you are a provider and you believe any information is incorrect, please contact us. We will research your concern and make corrections accordingly.

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Hotels and apart-hotels were allowed to be built in the forest, Prime Minister Mishustin signed a decree

The developer’s dream: a cottage for rent, in the forest, on the lake. Photo: NSP.RU

Prime Minister Mikhail Mishustin signed Decree No. 3524-r. This document supplements the list of capital facilities, the construction of which is permitted on the lands of the forest fund, with three types of buildings: a hotel, a cultural center, a visitor center.

Amendments to the Forest Code

Actually, the possibility of building “recreational facilities” was provided for in Federal Law No. 301-FZ of July 2, 2021. These provisions came into force on March 1, 2022, but there was no direct reference to “hotels” in them. Now it is.

The law contains some restrictions: the area of ​​the allotment for such construction should not exceed 1 ha and there should not be “forest plantations” on it; building can occupy no more than 20% of the area of ​​the site; the plot is provided to commercial structures for long-term lease (to municipalities – for unlimited use). In addition, “it is not allowed to place objects that are places of residence of individuals. ”

Disputes about whether a hotel (apart-hotel) is a “place of residence” or a “place of stay” will be left to lawyers. It is clear to market participants and activists: the government gives the go-ahead to the construction of hotels, recreation centers and apart-hotels in the forest areas. There are many such projects now. But they are implemented, as a rule, through the inclusion of forests in the land of settlements, which often leads to conflicts and lawsuits.

Investments in leisure

Apart-hotels cause the greatest concern, primarily because of the possibility of attracting funds from citizens (private investors) under the equity participation scheme.

Attracting investors-shareholders is already being carried out in some projects related to the construction of rental cottages. Such options are offered, for example, by the Maslov Group company (a recreation center project near Igora) and the Sova Management Company (nine small complexes in different regions of the Leningrad Region, mainly in the south direction). In Toksovo, a project to build 17 rental cottages near the popular “health path” (the project is being implemented by the Kumir company) was suspended due to protests and lawsuits from local residents and activists.

The emergence of new hot spots in connection with the implementation of recreational projects is almost inevitable. Especially when it comes to the construction of “pseudo-housing” on forest lands near the lakes – apart-hotels with hundreds of rooms.

The prime minister’s order and amendments to the Forest Code may help legalize some objects that are currently in litigation (as unauthorized buildings). For example, cottages of the recreation center “Solitary Coast” (company “Stalinvest”), built on the lands of the forest fund on the shore of Lake Long, near the village of Ilyichevo.

Expert comments

Danil Baryshev, Head of Villa Expert:
– Formally, the construction of capital facilities for recreational activities has already been allowed in the amendments to the Forest Code, which entered into force on March 1, 2022. The government considered it necessary to specify the list of permitted types of objects in order to exclude double interpretations. This type of development will be in demand: domestic tourism is on the rise, the popularity of accommodation in forest areas and near lakes is high. But now, citizens, as a rule, have to travel 50–70 km and further for “natural” recreation. I believe, first of all, such objects will appear in the near suburbs, in the northern direction, in the Vsevolozhsk and Vyborg districts of the Leningrad region, in the Kurortny district of St. Petersburg.

Dmitry Zyuzin, General Director of T-Dom Group of Companies:
– The decision is positive: small accommodation facilities in forest areas, of course, will be more in demand than recreation centers in an open field. The development of domestic tourism (albeit forced) will provide an acceptable level of load. Undoubtedly, conflict situations will arise: local residents and activists, as a rule, oppose such projects.

Maxim Hanson, head of the Academy of Sciences Insiders:
– A decrease in real incomes of citizens may lead to a shift in demand for suburban objects: from acquiring property to renting. New opportunities will be of interest to developers operating in the suburban market. But not to classic suburban developers who sell building plots in cottage settlements, but to those who have experience and competencies in management and in the rental business.

Irina Andrianova, activist of the movement “Against the capture of the lakes”:
– Amendments to the Forest Code and a decree of the government of the Russian Federation threaten a further offensive by builders on the remaining forests. Developers are interested in the most attractive recreational areas on forest lands near water bodies. The current norms allow building apart-hotels on them, in fact – “pseudo-housing”, only without the possibility of registration. Under the threat – forest areas in the Roshinsky joint venture, Polyansky joint venture, in the Repino-Leninskoye zone, in the Vsevolozhsk district, near Toksovo. Moreover, it will not be easy to find out about such projects in advance: public discussions are not provided. Only upon issuance of a building permit.

Dmitry Novoseltsev, head of the 1st Real Estate Academy:
– The release of a government decree facilitates the implementation of projects related to the construction of recreation centers and mini-hotels. True, it is necessary to take into account the restrictions provided by law on the area of ​​\u200b\u200bthe site and the object itself. In addition, if the project is implemented by a legal entity, then the site can only be provided for rent. And for such a project it will be difficult to get a loan from a bank, which means that you will have to build “on your own”.

Summarized Center and Dyspersion (Geoanalytics Desktop) —arcgis Pro

In this section

1. Brief information
2. Use
3. Parameters
4. Wednesday parameters
5. Information about licenses about license
   

   Summary

   Finds central features and directional distributions, and then computes the locations of the mean and median from the input.

   Figure

   Usage

   • This tool can be used to analyze the centrality and distribution of objects. The following are potential uses for this tool:

     • The local government is about to open a new library in an uncovered area. The centroids of quarters with the corresponding zoning and information on available land plots were collected. The population weight central feature calculation can be used to find a central group of neighborhoods that will best serve the entire region.
     • GIS analyst analyzes 911 calls and first responder locations (police, fire, and ambulance). The average center calculation can be used to compare the average emergency call center and the average rescue station center, thus optimizing the response time.
     • A forensic analyst wants to determine if the average theft center shifts during daylight hours compared to night. The median center is calculated in groups by hours of the day, this can be used to determine where crimes occur during the day and night.
     • A GIS analyst at an NGO is analyzing the spread of a disease. The ellipse can be used to model the distribution of outliers.

   • For input line and polygon features, feature centroids are used to calculate distances.

   • The Weight field option can be used to assign a weight to locations according to their relative importance. For example, chain stores can be weighted by total sales, or polygon features can be weighted by area. See Using Weights to learn more about how weights are applied in an analysis.

   • The Group By Field option is used to group features so that central features or variance are calculated for each group separately. For example, long-term forest fire observations can be grouped by season or month. The field can be an integer, a date, or a string. Entries with empty values ​​will be grouped together.

   • The center feature is the feature associated with the smallest accumulated distance relative to the other features in the dataset. This feature is identified and included in the output as a Central Feature layer. There is an option in which several objects will have the smallest accumulated distance in relation to other objects. In this case, all features located most centrally will be included in the results of the Central Feature layer. If a value is specified for the Group By Field option, then the input features will first be grouped based on the values ​​of that field, and then a central feature will be allocated for each group. The geometry type of the output center features will be the same as the input features.

   • The average center is a point calculated from the average of the x and y coordinates. Mean Center objects are included in the resulting Mean Center layer. If a value is specified for the Group By Field option, then the input features will first be grouped based on the values ​​of that field, and then an average center will be calculated for each group.

   • Median Center uses an iterative algorithm to find the geometric median point that minimizes the Euclidean distance to all features in the dataset. The median center features are included in the resulting Median Center layer. If a value is specified for Group By Field, then the input features will first be grouped based on the values ​​of that field, and then the median center will be calculated for each group. Unlike the results of the calculation of the mean center operation, the results of the calculation of the median center are less affected by outlier objects.

   • Standard deviation ellipses are calculated to summarize the spatial characteristics of geographic features (central tendency, variance, and directional trends). Ellipse sizes can be 1, 2, or 3 standard deviations. Ellipse objects are included in the resulting Ellipse layer. If a value is specified for Group By Field, then the input features will first be grouped based on the values ​​of that field, and then an ellipse will be calculated for each group.

   • You can specify one or more summation types for the results. Each type of summation will result in a unique output feature layer.

   • If there are features in the input layer with null values ​​for time or geometry, those features will not be used in the analysis.

   • In addition to the fields from the input layer, the Output Center Feature parameter will include the following fields:

     Field name	Description
     CoordX	X-coordinate of the central object. If the feature is a line or polygon, then the value will represent the centroid of the feature.
     CoordY	Y-coordinate of the central object. If the feature is a line or polygon, then the value will represent the centroid of the feature.
     date	If time is enabled for the input layer with a point in time type, then the final output will include a date field representing the time for the output feature.
     start_date	If the input layer includes time with a time interval type, the final result will include a start date field representing the start time for the output feature.
     end_date	If time is enabled for the input layer with a time interval type, then the final result will include an end date field representing the end time for the output feature.

   • In addition to the additional parameter to group the field, which is used in the analysis, the final layer of MEAN Center and the final layer of Median Center will include fields:

     90IME

     CoordX	X-coordinate of the mean or median feature.
     CoordY	Y-coordinate of the mean or median feature.
     date	If time is included for the input layer, then the final output will include a moment date field representing the mean or median time of the output features. This applies to input layers of both interval and instantaneous time types.
     CenterT	Time value of the average center of the ellipse.
     Rotation	Long axis rotation measured clockwise from noon. Rotation is measured in units of the input spatial reference. For example, a projected dataset may be measured in meters, while a geographic dataset may be measured in degrees.
     MajStdDist	Standard distance for the major axle. Rotation is measured in units of the input spatial reference. For example, a projected spatially-referenced dataset may be measured in meters, and a geo-referenced dataset may be measured in degrees.
     MinStdDist	MinStdDist standard distance. Rotation is measured in units of the input spatial reference. For example, a projected spatially-referenced dataset may be measured in meters, and a geo-referenced dataset may be measured in degrees.
     TmStdDist	Temporary standard distance. This value is the duration measured in milliseconds.

   • All coordinate outputs will be computed using the spatial reference of the analysis. By default, the spatial reference of the analysis will be the same as that of the input layer. Optionally, you can specify the spatial reference to be used during the analysis using the Output Coordinate System environment variable.

   • You can improve the performance of the Cumulative Center and Dispersion tool by doing one or more of the following:

     • Set the Extent environment setting so that you analyze only the data you are interested in.
     • Use local data where analysis is run.
     • Group your data using the Group By Field option.
     • For large datasets, use Median Center for Generate Types, as it can be the least performant summation type due to iterative calculations.

   • A similar analysis can be performed using the following Spatial Statistics tools:

     • Find the central object using the Center Object tool.
     • Calculate the average center using the Average Center tool.
     • Calculate the median center using the Median Center tool.
     • Calculate an ellipse using the Directional Distribution (Standard Deviation Ellipse) tool.

   • This geoprocessing tool is powered by Spark. The analysis is performed on a desktop computer using parallel running cores. To learn more about performing an analysis, see GeoAnalytics Desktop Tools Information.

   • When you run the GeoAnalytics Desktop tools, the analytics are performed on the desktop computer. For optimal performance, the data must be accessible on the desktop PC. If you are using a hosted feature layer, ArcGIS GeoAnalytics Server is recommended. If the data is not local, the tool will take longer to run. To use ArcGIS GeoAnalytics Server to perform analysis, see GeoAnalytics Tools.

   Parameters

   Signature	Description	Data type
   Input layer	SUMPLE SUMPLES, LISIONS AND VILIVES.	Feature Layer
   Output Center Feature	The output feature class that will contain the most central feature in the input layer.	Feature Class
   Output Average Center (Optional)	The output feature class that will contain features representing the average centers from the input layer.	Feature Class
   Output Median Center (Optional)	The output feature class that will contain the median centers for the input layer.	Feature Class
   Output Ellipse (Optional)	The output polygon feature class that will contain the direction ellipse representation for the input layer.	Feature Class
   Ellipse Size (Optional)	Specifies the standard deviation size of the output ellipses. One standard deviation—The output ellipses will cover one standard deviation of the input features. This default value is Two standard deviations—The output ellipses will cover two standard deviations for the input features. Three standard deviations—The output ellipses will cover three standard deviations for the input features.	String
   Weight field (Optional)	Numeric field used to weight locations according to their relative importance. This applies to all summation types.	Field
   Group By Field (Optional)	A field that is used to group similar objects. This applies to all summation types. For example, if you select a PlantType field that contains the values ​​”tree”, “bush”, or “grass”, then all features with a value of “tree” will be analyzed for their center or variance. This example will result in three objects: one each for a group of trees, bushes, and grass.	Field

    arcpy.gapro.SummarizeCenterAndDispersion(input_layer, out_central_feature, {out_mean_center}, {out_median_center}, {out_ellipse}, {ellipse_size}, {weight_field}, {group_by_field}) 

   Имя	Description	Data type
   input_layer	The layer of points, lines, or polygons to be summarized.	Feature Layer
   out_central_feature	The output feature class that will contain the most central feature in the input layer.	Feature Class
   out_mean_center (Optional)	The output feature class that will contain features representing the mean centers from the input layer.	Feature Class
   out_median_center (Optional)	The output feature class that will contain the median centers for the input layer.	Feature Class
   out_ellipse (Optional)	The output polygon feature class that will contain the direction ellipse representation for the input layer.	Feature Class
   ellipse_size (Optional)	Specifies the standard deviation size of the output ellipses. 1_STANDARD_DEVIATION—The output ellipses will cover one standard deviation of the input features. This default is 2_STANDARD_DEVIATIONS—The output ellipses will cover two standard deviations for the input features. 3_STANDARD_DEVIATIONS—The output ellipses will cover three standard deviations for the input features.	String
   weight_field (Optional)	Numeric field used to weight locations according to their relative importance. This applies to all summation types.	Field
   group_by_field (Optional)	A field that is used to group similar objects. This applies to all summation types. For example, if you select a PlantType field that contains the values ​​”tree”, “bush”, or “grass”, then all features with a value of “tree” will be analyzed for their center or variance. This example will result in three objects: one each for a group of trees, bushes, and grass.	Field

   Sample code

   SummarizeCenterAndDispersion (standalone script)

   The following standalone script shows how to use the SummarizeCenterAndDispersion tool.

    # Name: SummarizeCenterAndDispersion.py
   
   # Description: Calculate the directionality and movement of fire occurrences
   
   # over time.