br Acknowledgements The authors are grateful

Acknowledgements The authors are grateful to the entire members of the Environmental Health (EH) team of African Insect Science for Food and Health (icipe), Agricultural Sector Development Programme (ASDP) team in Zanzibar, and SERVIR through partnership with Kenya-based Regional Centre for Mapping of resources for Development (RCMRD) for their support. This research was conducted under Alternative Livelihoods for Food and Income Security in Four Indian Ocean Island Nations and in Zanzibar project, which is funded by the International Fund for Agricultural Development (IFAD).
Data This article includes data on the intensity of UVB (SUV – Sunburning UV) in Minimal Erythemal Doses per Hour (MED/h), and on the subjective assessment of getting a sunburn as reported through questionnaires filled in by 1104 individuals along with some personal characteristics including clothing color, standing or not standing under the sun during the interview, SB202190 cost type, and part of the body sunburned. The dataset is in an Excel file, SUVdata.xlsx.
Experimental design, materials and methods The field surveys were conducted over 6 days in July and 5 days in October 2010 at three outdoor urban sites of Athens: Syntagma square, Ermou street and Flisvos coast (Table 1). The participants were Caucasian in race. Syntagma square is located in the center of Athens surrounded by multistore buildings. It contains green spaces and a fountain. Ermou Street is a shopping street in Athens, mostly used by pedestrians. Flisvos Coast is located in the southern suburbs of Athens and next to a densely populated urban area. Data were collected on two days for each site and season. On one day data were collected from morning to mid-day and on the other day from afternoon to evening and night hours, except for the Flisvos coast in autumn when surveys were carried out only in the afternoon. The intensity of UVB (SUV – Sunburning UV) in Minimal Erythemal Doses per Hour (MED/h) was measured at the height of 1.1m above the ground (average height of the center of gravity of the human body) using a mobile tripod. People passing by or visiting the monitoring sites were interviewed based on a structured questionnaire (Table 2). The questionnaire included information on gender, age, color of participants’ clothes, duration of visit at the interview site, and on wearing or not sunglasses or a hat. The participants were also asked to report whether they felt they got a sunburn at the moment of the interview and to self-evaluate their skin type in accordance to the Fitzpatrick Skin Type classification [2]. The SUV measurement was recorded on the questionnaire at the time each interview started.
Data In this article the data in Table 1 present the measured parameters and characteristics of the raw grey water that used for description of experiments. Calculated values of K (1/min) and kWh/m3 in the grey water effluent are reported in Table 2. Figs. 1 and 2 show data of different arrangements under optimal conditions applied in this study. The maximum removal efficiency (90.18%) of COD and BOD was obtained at optimum pH=7, level of 30 voltage, and contact time of 90min. The effects of optimum parameters on removal efficiency of COD and BOD are shown in Fig. 3.
Experimental design, materials and methods
Acknowledgments
Data We are contributing a list of 1100 SIDER2 elements present in the current reference genome of L. major. For each element, the following features are provided: genomic coordinates and strand orientation, its grouping to a given subfamily (if any), and the transcript where it is located (if mapped within a poly-A+ transcript; otherwise, see below). Giving the putative relevance of SIDER2 sequences in regulating mRNA stability, information related to the orientation (sense or antisense) and location (5′-UTR, CDS, 3′UTR, SL-addition site and/or polyadenylation site) of the element in the SIDER2-containing transcripts has been added. Also, the data show the relative expression levels of the SIDER2-containing transcripts in the promastigote stage of L. major. For those elements that do not form part of transcripts, it is indicated their genomic location: intergenic region (IR) or strand-switch regions (either convergent (SSRc) or divergent (SSRd)).