Table 3. Appendix Information
Table 3. .2: Worked out example of calculating the monitoring quality score of a population for population trend Attribute Country Importance Quality (qij) Weight (wij) wij × qij T MA 2 1 30.0 30.0 T MR 3 2 75.0 150.0 T SN 1 2 2.5 5.0 T GW 1 3 2.5 7.5 T GN 1 3 2.5 7.5 T SL 1 3 2.5 7.5 Sums: 115.0 207.5 Weighted mean rounded to the nearest integer: 2.0
Table 3. Materials Design Pillar Timelines of Activities, Milestones, Metrics, and Anticipated Outcomes Goal 1.1: Selec Objectiv Objectiv Objective 1.1a tion of optimal hard e 1.1a: Design and e 1.1b: Characterize CCBSE RESmaterials as porou optimize nanoclay the scaffolds and EARCH GOALS: Materials Design Pillar s bone-mimetic scaffolds scaffolds demonstrate cancer cell growth Specific milestones Year 1 Year 2 Year 3 Year 4 Year 5 Responsible parties Activity 1: Prepare nanoclay scaffolds with amino acids for cancer cell growth Activity 2: Assist non-RU campuses involved in Activity 1 with compliance protocols Prepare scaffolds based on prior studies Assist with the initiation of conversations between non-RU faculty and RU campuses for the administration of necessary compliance protocols (IBC, MTAs) [Approved by NSF on 7/28/21] Optimize amino acid structure based on modeling, the loading amount, prepare two additional scaffolds, provide scaffolds to nanomaterials sub-group and Cellular Systems Pillar Ensure that all necessary compliance protocols are in place at the non- RU campuses [Approved by NSF on 7/28/21] Provide feedback to the Computational Approaches Pillar, optimize scaffold materials, provide the scaffolds for nanomaterials testing Ensure that all necessary compliance protocols are in place at the non- RU campuses [Approved by NSF on 7/28/21] Continue to prepare the optimized scaffold, provide them to Cellular Systems Pillar Ensure that all necessary compliance protocols are in place at the non-RU campuses [Approved by NSF on 7/28/21] Continue to prepare the optimized scaffold Ensure that all necessary compliance protocols are in place at the non-RU campuses [Approved by NSF on 7/28/21] Lead: X. Xxxxx, Co-lead: X. Xx, X. Xxx, (Computational Approaches Pillar liaison), New Hire at NDSU [Approved by NSF 9/8/21] Leads: X. Xxxxx, X. Xxxxx, X. Xxxxxx, X. Xxxx Objective 1.1b Specific milestones Year 1 Year 2 Year 3 Year 4 Year 5 Responsible parties Activity 1: Mechanical Continue with Optimize scaffold Continue to prepare Continue to prepare Lead: X. Xxxxx Characterize characterization, characterization, and cancer cell the optimized the optimized Co-lead: G. the scaffolds biocompatibility optimize cell growth conditions, scaffolds with scaffolds with cancer Xx, X. Xxx and culture of testing, spheroid growth, nanomechanics cancer cells and cells and patient- (Computational breast and nanomechanics, nanomechanics patient-derived derived samples Approaches pros...
Table 3. 3: Indicators for Europe Innova and PRO-Inno Europe measures Nature QNT/QL Type Evaluation question Data available Measure: EUROPE Innova Activity 1: Pan-European innovation platform for start- ups in knowledge-intense services (2007) 1 Number of organisations participating in the platforms QNT Result Efficiency Effectiveness Y 2 Number of participants in the dissemination events QNT Result Efficiency Effectiveness Y 3 Positive evolution in the number of hits to the website QNT Result Relevance Efficiency Effectiveness Y 4 Level of acceptance of the database of new research- based business models for services QL Result Relevance Y 5 Quality and relevance of the training schemes addressed to service start-ups QL Result Added-value Relevance Y 6 Quality and relevance of the specialised tools and methods to facilitate financing of service companies QL Result Added-value Relevance Y Activity 2: Sectoral Innovation Watch (2007) 7 Timely delivery of the different reports and milestones QL Output Efficiency Effectiveness Y 8 Relevance and utility of the proposed indicators and sectoral innovation models QNT Result Relevance Utility Y 9 Acceptance of the project results by the different sectoral communities QNT Result Relevance Added-value Y Activity 3: Horizontal promotion activities (2007/2010) 10 Number of unique portal visitors QL Result Effectiveness Y 11 Circulation numbers for newsletters QNT Output Effectiveness N 12 Attendance at thematic workshops, annual partnering events, Europe INNOVA conferences and other Europe INNOVA events QL Output Result Efficiency Effectiveness N Analysis of the existing set of 3 indicators Nature QNT/QL Type Evaluation question Data available Activity 4: Accelerating innovation through public- private partnerships (2009) 13 Number, type and impact of new concepts, methods and approaches developed, tested and promoted QNT Output Result Impact Efficiency Effectiveness Added-value Y7 14 Number of SMEs having benefited through active involvement in the testing of the new concepts and the impact on their innovation performance QNT Result Impact Efficiency Effectiveness Y 15 Number of innovation professionals across Europe, who shared directly or indirectly the knowledge gained from developing, testing and promoting the new concepts QNT Result Efficiency Effectiveness Y 16 Number, type and impact of new methods and tools proposed to the European Enterprise Network QNT Output Result Impact Efficiency Effectiveness Y 17 Level and impa...
Table 3. Applicable Preconstruction Survey and Notification Requirements based on Land Cover Types and Habitat Elements Identified in Table 2a. Species Preconstruction Survey and Notification Requirements None San Xxxxxxx kit xxx (p. 6-38) Map all dens (>5 in. diameter) and determine status. Determine if breeding or xxxxxxx foxes are in the project area. Provide written preconstruction survey results to USFWS and CDFW within 5 working days after surveying. Western burrowing owl (p. 6-40) Giant garter snake (p. 6- 44) California tiger salamander (p. 6-46) (notification only) California red-legged frog (p. 6-47) (notification only) Covered shrimp species (p. 6-47) Xxxxxxxx’x big-eared bat (p. 6-37) Swainson’s hawk (p. 6- 42) Map all xxxxxxx and determine status. Document use of habitat (e.g. breeding, foraging) in/near disturbance area (within 500 ft.) Delineate aquatic habitat up to 200 ft. from water’s edge. Document any sightings of garter snake. Provide written notification to USFWS and CDFW regarding timing of construction and likelihood of occurrence in the project area. Provide written notification to USFWS and CDFW regarding timing of construction and likelihood of occurrence in the project area. Document and evaluate use of all habitat features (e.g., vernal pools, rock outcrops). Document occurrences of covered shrimp. Determine if site is occupied or shows signs of recent occupation (guano). Determine whether nests are occupied. Golden eagle (p. 6-39) Determine whether nests are occupied. Note: Page numbers refer to the HCP/NCCP. Preconstruction Surveys as Required for Selected Covered Wildlife in Table 3 Describe the preconstruction survey’s or notification conditions applicable to any species checked in Table 3. All preconstruction surveys shall be conducted in accordance with the requirements set forth in Section 6.4.3, Species-Level Measures, and Table 6-1 of the HCP/NCCP. San Xxxxxxx Kit Fox Prior to any ground disturbance related to covered activities, a USFWS/CDFW–approved biologist will conduct a preconstruction survey in areas identified in the planning survey as supporting suitable breeding or xxxxxxx habitat for San Xxxxxxx kit fox. The survey will establish the presence or absence of San Xxxxxxx kit foxes and/or suitable dens and evaluate use by kit foxes in accordance with USFWS survey guidelines (U.S. Fish and Wildlife Service 1999). Preconstruction survey will be conducted within 30 days of ground disturbance. On the parcel where the activit...
Table 3. Rutland County Council MOD • To ensure that the supporting infrastructure is in place where appropriate prior to development • To develop the site as a sustainable Garden Village (see Annex A for explanation) • To support Economic Growth and employment within Rutland • To explore the recreation and leisure opportunities for the site to compliment the local area and Rutland Water • To possibly bring forward for development in advance of the main site the Officers Mess and the land at the North of the site • To generate a capital receipt for the site • To facilitate the development of housing that will contribute towards the Governments new housing targets • To support the development of a ‘sense of place’ that will make a positive contribution to the economic prosperity of the country. • To support the delivery of the Council’s objectives 7 See Annexe C for site plan current in use by Third Parties • To support the delivery of MOD’s objectives
Table 3. Outcome of treatment presented for patients with severe hemophilia and moderate hemophilia 1972 1978 1985 1992 2001 Severe hemophilia 159 245 384 387 420 hemorrhages (nr.per year)* children ( 0-16 yrs) 20 (0-98) 20 (0-70) 10 (0-65) 10 (0-98) 5 (0-51) adolescents ( 17-25 yrs) 20 (0-98) 17 (0-100) 10 (0-90) 10 (0-98) 6 (0-75) adult (above 25 yrs) 14 (0-97) 15 (0-100) 10 (0-90) 10 (0-82) 7 (0-75) hospital admissions* duration of stay (days/patient) 28 (2-252) 20 (1-180) 11 (1-100) 5 (0-330) 7 (0-89) absenteeism due to hemophilia* school (days)† 30 (0-80) 15 (0-80) 4 (0-80) 2,5 (0-80) 7 (0-90) work (days)‡ 15 (0-80) 20 (0-213) 7 (0-319) 8 (0-330) 5 (0-365) Moderate hemophilia hemorrhages (nr. per year) children ( 0-16 yrs) 4 (0-40) 10 (0-104) 3 (0-66) 7 (33) 2 (0-57) adult (above 25 yrs) 4 (0-50) 5 (0-100) 2 (0-40) 3 (0-52) 1 (0-71) hospital admissions duration of stay (days/patient) 17 (2-180) 10 (1-50) 7 (1-50) 5 (0-72) 6 (0-31) absenteeism due to hemophilia school (days) 30 (0-80) 5(0-80) 3 (0-50) 0 (0-15) 5 (0-20) work (days) 2 (0-80) 13 (0-130) 7 (0-319) 5 (0-365) 3 (0-120) Values presented are medians (range) or percentages *Reported for the year previous to the questionnaire †Due to hemophilia in patients following full time day education ‡Total absence in employed people between 15 and 64 yrs One or more hospital admissions during the year preceding the survey decreased from 51% of patients with severe hemophilia in 1972 to 22% in 2001, which still clearly exceeded the rate of hospitalization in the general Dutch male population, which was 5% in 2000. The median duration of stay in the hospital of patients with severe hemophilia decreased from 28 in 1972 to 7 days (range, 0-89 days) in 2001, which was similar to the figure for the general Dutch male population. Seventy percent of the admissions were directly related to hemophilia (e.g. hemorrhage or orthopedic surgery). Moderate and mild hemophilia also led to hospitalizations in excess of the rate in the population: in both patient populations 15% had to be admitted in 2001. Orthopedic surgery was a frequent indication for hospitalization, which occurred in 26% (n=107) of patients with severe hemophilia, in 17% of patients with moderate hemophilia and in 13% of patients with mild hemophilia in a 5-year period preceding the survey. In patients with mild hemophilia, 50% of orthopedic surgery was related to hemophilia, for patients with moderate and severe hemophilia this was 76% and 92%, respectively. I...
Table 3. Initial set of metrics. Metric types are shown (TFC: taxonomic and functional composition; TC: Taxa composition; A: abundance; DST: disturbance sensitive taxa; D: diversity). Metric Metric type no_individuals A Insecta_excl_Chir_HK A TC Insecta_HK A TC Chiro% A TC Orthocladinae% A TC Chironominae% A TC orthoclad.chir% A TC Tanypodinae% A TC Prodiamesinae% A TC Diamesini% A TC Crust% A TFC Gastropoda% A TFC Coleoptera% A TFC Pleco% A TFC Tricho% A TFC Insecta% A TFC Odo% A TFC Oligochaeta% A TFC no_Taxa D TC famrich D DomFam% D ShW D FI_nat DST ASPT DST ASPT_IZ DST BMWP_Score DST EPT% DST TC/D EPT_HK% DST TC/D EPTCBO% DST TC/D ETO_HK% DST EPTCBO_ DST A ETO_ DST A EPT_ DST A Odo_HK TFC rk_HK TFC rk TFC oligo_HK% TFC Xeno% TFC xeno_HK% TFC Gather% TFC Grazer% TFC Shred% TFC LIT_HK TFC PEL% TFC PSA% TFC AKA% TFC AKA_HK% TFC lsw_HK TFC gather_HK TFC grazer_HK TFC xenoligo TFC Exclusion of numerically unsuitable metrics We excluded from the analysis the numerically unsuitable metrics. We draw box-whisker plots (see examples in figure 1) in order to detect metrics characterized by a narrow range of values or with many outliers and extreme values (Hering et al., 2006).
Table 3. An example of matrix of received messages at the good nodes Ni, i = 1..5, at the end of Round 3. N6 and N7 are the Byzantine faulty nodes and N6 is the source node. 1 r r r 0 0 s r 0 2 r r r 0 0 s r r 3 r r r 0 0 s r 4 r r r 0 0 0 r 0 5 r r r 0 0 0 r 6 - - - - - s r r 7 - - - - - s r r Table 3 is an example of the matrix after Round 3 at Ni. We would like to point out that, unlike the Table 2 for the link-fault model, this matrix is the same at all good nodes except for the rows and columns corresponding to the faulty nodes; c6, c7, and r6, r7, respectively. A ‘-’ entry in the matrix means don’t care.
Table 3. Metabolic demand, cardiovascular strain and perceived exertion for peak steady state during firefighting tasks. Physical demand Task VO2 (ml.kg-1.min-1) Mean (±SD) HR (beats.min-1) Mean (±SD) %HRR RPE Mean (±SD) Hose Run 47 (±8)* 171 (±11)* 92 (±7)* 15 (±2) Equipment Carry 29 (±5) 141 (±16)* 68 (±13)* 11 (±2) Stair Climb 42 (±7)* 166 (±13)* 88 (±10)* 14 (±2) Casualty Evacuation 36 (±6)* 159 (±13)* 82 (±9)* 13 (±2) Wild-land Fire 29 (±5) 137 (±14)* 64 (±10)* 9 (±2) Table shows oxygen uptake (VO2 ), heart rate (HR), percentage of heart rate reserve (%HRR) and rating of perceived exertion (RPE). Symbols denote that mean values were significantly different from *all other tasks (p<0.05) by two-way mixed model ANOVA (n=47). Mean (±SD) heart rate during peak steady state VO2 was significantly different in each task (p<0.01), with the hose run eliciting the highest cardiovascular strain (171 (±11) beats.min-1) and wild-land fire the lowest (137 (±14) beats.min-1). Similarly, the hose run and stair climb elicited the highest percentage of heart rate reserve, with 92 (7)% and 88 (10)%, respectively, and wild-land fire lowest (64 (10)%). Perceived exertion exhibited similar results, with all tasks significantly different (p<0.05) and in corresponding order to measured physical demand. Senior Officer Physical Demand When including all successful completers, mean (±SD) oxygen uptake values for the stair climb and wild-land tasks that simulated senior officer work were 34.7 (±5) and 23.1 (±3) ml.kg-1.min-1, respectively. The physical demands characteristics used in statistical analyses for the senior officer tasks are presented in Table 4. The physical demands of the two simulated senior officer duties were significantly lower than the two corresponding tasks for operational firefighters (p<0.05). The senior officer simulation of wild-fire elicited significantly lower physical demand than all other simulations (p<0.05). While the stair climb for senior officers elicited lower physical demand than the operational firefighter stair climb, the physical demand was statistically similar to the casualty evacuation task (p>0.05).
