Study Sites. CRO will use best efforts to assure that all study sites perform the Study in accordance with the Agreement.
Study Sites. The DMFs are currently installed in six government-run district hospitals across six regions in Ghana (Figure 4): Bole District Hospital in the Northern Region, Kintampo District Hospital in the Xxxxxx-Ahafo Region, Mampong-Asante District Hospital in the Xxxxxxx Region, Kete-Kratchi Government Hospital in the Volta Region, Apam Catholic Hospital the Central Region, and Axim Hospital in the Western Region. These district-level hospitals serve both urban and rural populations of between 100,000 and 200,000 people and use a centralized water distribution systems provided by their respective municipalities.
Study Sites. Each study site and investigator proposed by Ascent for participation in the study must be approved by Unicycive prior to initiation of any on-site study-related activities involving that study site or investigator. Following receipt of such approval by Unicycive, Ascent will assist with negotiation and execution of a clinical trial agreement with each such investigator in the form approved by Unicycive. Unless otherwise specifically requested by Unicycive in writing or required under Applicable Law, Ascent will not contract directly as a party to any clinical trial agreements with participating study sites. The clinical trial agreements and any modifications thereto shall be subject to the written approval of Unicycive prior to any use thereof.
Study Sites. MGH will negotiate and sign clinical research site agreements with the participating Study sites (“Site”) in the form and substance similar to the template attached hereto as Exhibit B (“Site Agreement”). The template shall provide, in part:
(i) that Company shall provide Study subject injury medical expense reimbursement to the Site; and
(ii) that Company shall maintain adequate levels of insurance to cover its obligations under the Site Agreement.
Study Sites. The study will take place at: UR Medicine Breast Imaging 000 Xxx Xxxxx Xxxxx Xxxxxxxxx, XX 00000 The subject enrollment and scan will take place at UR Medicine Breast Imaging.
Study Sites. The DMID, NIAID will utilize trial sites under Government Contract for the studies described in the protocol. The NIAID will ensure that the protocol will be conducted at Clinical Trial Sites according to the U.S. FDA Good Clinical Practices Guidelines.
Study Sites. The data used in this analysis represents a part of a larger research study analyzing fecal associated pathogen contamination of produce farms in northeast Mexico near the U.S. border (Nueva Xxxx, Coahuila, and Tamaulipas) between 2011 and 2012 (34, 56). This agricultural area of Mexico was selected due to large quantities of produce types of interest, ideal sampling plans, and a primary selling market in the United States. The produce of interest in this study included tomatoes (Solanum lycopersicum), jalapeños (Capsicum annuum), and cantaloupes (Cucumis melo var. cantalupensis). For each produce type, the Mexican state produce associations and the state Secretariat for Agriculture selected 3 to 5 farms to be sampled. A total of 11 farms were included in this study. Seven farms exclusively grew one type of produce; this included one jalapeño farm, one tomato farm, and five cantaloupe farms. Four farms grew both jalapeños peppers and tomatoes. This protocol for sampling was reviewed and approved by three Institutional Review Boards (IRB) located at La Universidad Autónoma de Nuevo Xxxx (UANL), North Carolina State University (NCSU), and Emory University (Emory IRB: 00035460, Appendix A).
Study Sites. The study sites have diverse environmental histories and biophysical characteristics. The study communities have varied cultural histories and are characterised by a mix of socio-economic systems, land tenure and natural resource governance regimes. Primary data were collected from communities bordering wetland landscapes that contain crane breeding sites in Kenya, Uganda and Zimbabwe. Since some of the secondary actors were not based in the communities in question, the author had to travel and interview them at their homes and offices during the data collection process. The landscapes and the countries in which they are located (in brackets) are: Driefontein Grasslands (Zimbabwe), Kaku, Mitooma and Nyamuriro (Uganda) and Xxxxxxx-Xxxxxxx and Saiwa (Kenya). The landscapes contain globally-recognised habitats for breeding crane pairs and flocks (Xxxxxxxx 2015).
1. Summaries of contextual factors (environmental history, human settlement and demographic trends, current socio-economic practices) at the study sites are summarised below. Contextual information on wetland sizes, central coordinates of sites and wetland characteristics were obtained from unpublished crane survey results and conservation project reports compiled by organisations that were coordinating crane conservation projects in their respective countries (BirdLife Zimbabwe, Kipsaina Crane and Wetland Conservation Group and Nature Uganda). Data on environmental history, cultural history, livelihoods, land ownership, settlement patterns and community development patterns were collected through interviews with community leaders and elderly members of the community. During field data collection, biophysical characteristics of landscapes around wetlands were observed and documented by the author.
Fig 2.1. Map of Africa showing the regions in which the study areas (black stars) are located in Kenya, Uganda and Zimbabwe Table 2.1: Study sites’ biophysical characteristics, land use patterns, crane population status and human population density
Study Sites. We measured present and historical soil bed level dynamics in different estuarine habitats across five European estuaries from three different regions, distributed along a latitudinal range: the Mondego estuary, in Coimbra (Portugal); the Santoña Marshes estuary, the Xxxxx (Bay of Santander) and Oyambre estuary in Cantabria (Spain); and the Western Scheldt in Zeeland (The Netherlands) (Figure 1). All estuaries except Oyambre are fed by relatively large rivers. On the contrary, Oyambre is mainly fed by surficial runoff and the input of small creeks, among which Río Turbio that flows into the east branch, is the largest. In order to reflect differences in sedimentation patterns associated to variability in the river and tidal flow, we considered different estuarine sections, from inner areas to areas closed to the estuary mouth. We considered both vegetated habitats and tidal flats, inhabited by macro benthos, which have received much less attention than vegetated communities (e.g. saltmarshes) despite being critical ecosystems in the estuary (e.g. providing food for migratory species). We analysed the relationship of sedimentary vs. erosional trends with natural (e.g. wind) and anthropogenic factors (e.g. xxxxx) in order to understand the long-term tendency of the estuarine communities and their potential for carbon sequestration and coastal protection in the long-term.
Study Sites. Interviews were conducted in three locations in private offices: (1) the Adult Grady Behavioral Outpatient Center (Outpatient Center) at Xxxxx Memorial Hospital, located at 00 Xxxx Xxxxx XX, Xxxxxxx, XX; (2) Xxxxxxxxx Healthcare, located at 0000 Xxxxxx Xxxx Road Atlanta, GA; and (3) Xxxxx Hospital, located at 00 Xxxxx Xxxx Junior Drive SE, Atlanta, GA. The Outpatient Center serves as the outpatient psychiatric care center for Atlanta’s safety net hospital.
