pixels. Except as specifically authorized in this Section, XxxxxxxxXxxx.xxx shall not use Xxxxxxxxx.xxx's name or any trademark, service xxxx or logo of Xxxxxxxxx.xxx without Xxxxxxxxx.xxx's prior written consent.
pixels. For certain Xx xxxxxxxxx, Media Outlet Parties may require Advertiser to place a single-pixel GIF (“Pixel”) on Advertiser’s web site to count users who have visited particular pages of Advertiser’s web site or to access certain cookies (a small entry in a text file placed on a user’s device to keep track of visited pages). Media Outlet Parties may use Pixels and other technologies to recognize which links visitors click and to track how users respond to ads placed on web sites or applications. Pixels, in combination with cookies, allow Media Outlet Parties to track the number of users who view particular pages and to fine tune the advertising messages delivered to users of the web site and application. Advertiser represents and warrants that it is the owner of the web site where the Pixel is placed, and Advertiser has permission to use the Pixel in the campaign(s). In the event Advertiser removes the Pixel from the web site or in the event of any modifications, suspension, termination, or discontinuation to the Media Outlet Parties’ services, Media Outlet Parties will not be responsible for any unfulfilled or incomplete campaigns, and makegoods will not be offered for the undelivered impressions.
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pixels. The Network Header shall include space for one (1) standard 460 x 60 pixel ad banner to be served and sold by Expedia. Microsoft may update the Network Header by providing EI with thirty (30) days written notice, subject to EI's approval, which approval will not be unreasonably withheld or delayed. Microsoft may not make changes to the Network Header that changes the underlying HTML code that controls the interface between the Network Header and the Co-Branded Site, increases the amount of Above-the-Fold space occupied by the Network Header, or removes the space for the ad banner. The parties agree that design changes for the Network Header may be "rolled-out" on a geography by geography basis as opposed to a blanket conversion.
pixels. Imagery was collected for two dates in both 2006 and 2007; at the end of May and at the end of June. Image collection was timed to capture different stages of growth throughout the growing season. The May imagery was timed to coincide with the maximum growth period for the wetland basins, following the first summer irrigation, usually late May to early June. The May imagery would therefore capture a mix of inflorescence and mature growth in the wetland basins, and a mix of inflorescence, verdant growth, and seeding in the uplands vegetation. June imagery was chosen to capture inflorescence, mature growth, and seeding in the wetlands basin, and seeding and senescence in the uplands vegetation. For field data collection, a modified version of the California Native Plant Society’s Rapid Assessment Protocol (CNPS RAP) was used. The CNPS RAP employs a community-based approach to surveying, and provides a methodology for collecting basic quantitative information sufficient for identification and verification of habitats. Parameters collected include composition and abundance information on the sampling locations’ plant species, their state of health and growth stage. General site environmental factors were also tabulated, including litter cover, anthropogenic disturbances, the presence of visible salts, and soil cracking. No particular emphasis was made on cataloging native species for this study. A Trimble GeoExplorer 3 GPS was programmed with the data fields necessary to define a vegetation community. Data was post-processed via differential correction to improve on-ground accuracy to less than two meters. Data was collected with a single point representing a community of vegetation. Field personnel worked in teams, defining the boundaries of a homogenous area, visually estimating the size and shape of the area, and then characterizing it according to the field protocol. Sampling locations represent all managed, accessible ponds in the study. More emphasis was placed on sampling wetland basins than upland areas. Pixels and ground truth points were assigned to one of twenty land cover classes. Vegetation land cover classes were developed from observations of the dominant species in each vegetation assemblage at ground sample points. The decision to combine two or more dominant land cover classes into a single class was based on the similarity of their habitat, the frequency of their co-occurrence on the landscape, and the amount of spectral confusion between th...
