Field Surveys. Provide engineering and technical personnel and equipment to obtain survey data as required for the engineering design. Utility companies shall be requested to flag or otherwise locate their facilities within the PROJECT limits prior to the ENGINEER conduct- ing the field survey for the PROJECT. Utility information shall be clearly noted and identified on the plans.
Field Surveys. XXX will recover monuments marking the existing ROW lines (if any) and the front corners of the properties from which ROW is to be obtained and will tie to the project control. XXX will recover the corner or angle point monuments nearest to the proposed ROW on the side line of each of the subject properties and these corners will be tied to the project control after XXX has been granted. Boundary Analysis Utilizing the deed study and the data from the field survey, XXX will analyze the results of the survey and perform computations related to the analysis. Location of the existing ROW lines and the side property lines of each of the subject properties will be determined by XXX. Preparation of Documents Documents will be submitted in two rounds (preliminary and final). Preliminary ROW documents shall be submitted based upon found monumentation within the existing ROW. Final ROW documents shall be submitted at a later date once XXX has been granted and the property boundaries finalized.
Field Surveys. Moosewood Ecological will conduct field surveys to address the limited knowledge of wildlife, as well as habitats, rare species, biodiversity hotspots and other ecologically significant areas, invasive plants, farmlands, and floodplains, and to assist with future land use planning. These surveys are designed to verify NH Wildlife Action Plan habitats and to better understand Deerfield’s biodiversity (particularly rare wildlife and plants and other species of greatest conservation need) and significant natural communities. Fifty-eight wildlife species of greatest conservation need are known or potentially may occur in Deerfield, as well as seven documented state-endangered/state-threatened plants. These known and potential species will form the basis of the biodiversity in Deerfield in combination with field observations by Moosewood Ecological. This list will be augmented with a combination of online community science programs, including eBird and iNaturalist. These known species will then be added to our field data to prepare a comprehensive list of wildlife and plant species of conservation concern in Deerfield. Deerfield’s various wildlife habitats, highest ranked habitats, rare species, and exemplary natural communities will form the impetus to drive priorities for site visits. Targeted areas will focus on publicly-owned properties, as well as private landowners that provide written consent to access their properties. Moosewood Ecological will develop a list of priority areas using all publicly available data resources, as well as in consultation with the Town of Deerfield, NH Fish and Game, NH Natural Heritage Bureau, and other stakeholders identified by the Town. Fifteen days have been budgeted for this task. Additional field days can be added, as needed, throughout this project. Field assessments provide strong support for conservation planning and other types of land use planning through the identification of rare species, sensitive or rare habitats, and other ecologically significant areas in Deerfield.
Field Surveys. The ENGINEER shall perform a topographic and location survey of approximately 57,300 square feet that includes the 801 Building, sections of Ocean Drive and the public beach access at the intersection of Ocean Drive and Xxxxxx Road. This survey area is highlighted in Figure 2. The OWNER shall furnish to the ENGINEER any available topographic and storm water infrastructure inventory data and Record Drawing data relative to the project to be used only as a verification tool. Horizontal surveys shall be tied to the North Carolina State Plane Coordinate System (North American Datum 1983) and vertical surveys shall be based on the North American Vertical Datum of 1988. The survey shall comply to meet the requirements for a planimetric survey to the accuracy of Class AA and vertical accuracy to the Class C standard as detailed in the Standards of Practice for Land Surveying in North Carolina, Amended August 1, 2014 and shall include:
Field Surveys. 11 CONSULTANT shall conduct a field survey for each assigned PROJECT that requires a 12 visual inspection of PROJECT area complying with all applicable federal and state 13 environmental laws, regulations and guidelines.
Field Surveys. Gulf reserves the right to make field surveys of its poles in the area described in Exhibit A as it may be amended from time to time pursuant to subparagraph C hereof, at intervals not more often than once every five (5) years, for the purpose of determining the actual number of Licensee attachments. Licensee agrees to pay a violation fee of $25.00 per attachment for any unpermitted attachments in excess of ten (10) or two percent (2%) of the last verified reported total, whichever is greater. Gulf shall bear the cost of such field surveys, unless the number of attachments counted exceeds by five percent (5%) or more the number of attachments for which permits have been issued. In the event the number counted exceeds by five percent (5%) or more the number of
Field Surveys. Field surveys were conducted within targeted mangrove sites (except for Tyrell Bay, Carriacou, Grenada) to document current mangrove conditions. Minimum parameters sampled included: 1) mangrove species composition; 2) canopy height; 3) DHB (diameter at breast height); and 4) species richness and percent cover (by species). Remote Sensing Remote sensing provides an excellent tool for identifying and monitoring changes in mangrove extent that can guide mangrove management actions. This process first begins with identifying satellite images that provide suitable spatial resolution in order to detect and map the mangroves. Although Landsat satellite has been used for national scale land cover mapping, the 30x30m pixel is not suitable for detecting fringing mangrove stands that have a width of less than 15m. The universal rule in remote sensing is that the pixel size (spatial resolution) needs to be half the smallest dimension of the feature to be detected. Consequently, satellite imagery over at least two time periods with a spatial resolution of 2x2m was used to detect changes in the mangrove forests. The first public satellite to offer 2m multispectral imagery (i.e. multiple bands: blue, green, red, near- infrared) was the Quickbird satellite that was launched in October of 2001. Following an extensive search of the Quickbird image archive, the earliest images found suitable for mapping mangroves were used as the baseline. To measure changes since the baseline date, satellite imagery from the WorldView-2 satellite was used. Prior to classification, the images had to be radiometrically corrected and geometrically matched. Radiometric correction removes atmospheric errors and converts the pixel values to proper reflectance values that produce more accurate classification results. Geometric correction ensures that the pixels align with image dates in order to accurately define and detect change in mangrove areas. In the case of Haiti, image segmentation approach was used to classify the image instead of the pixel based classification described. Nonetheless all other aspects of the method described previously were used. Satellite Image Classification An object-oriented image analysis approach was applied to the radiometric and geometric correct Quickbird and WorldView-2 images to delineate mangrove extent. This approach contrasts the “pixel- based” unsupervised classifiers that have traditionally been used for land cover mapping. In object- oriented image analys...
Field Surveys. The Engineer shall use existing surveys wherever possible and shall make additional field surveys and conduct office work related to said surveys as necessary for preparation of the final design and contract drawings for the project. Two (2) days of field survey time has been budgeted.
Field Surveys. 4.5.1 Isolation of X. fastidiosa from symptomatic olive trees
Field Surveys. Field inventories of the City’s business and industrial areas are conducted every 12 – 18 months to identify businesses located within the City that appear to be under-reporting revenues or are not on the CDTFA allocation rolls. Specially trained field auditors, using the latest in mapping, GPS an digital recording technology, document not only the existence of sales tax producing businesses but also any relevant factors such as size, presence of a large stock of goods, will- call windows and any specific references to sales activity.
