Rainfall Sample Clauses

The Rainfall clause defines how rainfall events are addressed within the context of the agreement, typically specifying the procedures or obligations that arise when rain affects the work or services being performed. For example, it may outline how work delays caused by rain are to be documented, whether additional time or compensation is granted, or how rain days are counted against project timelines. This clause ensures that both parties have a clear understanding of how weather-related disruptions are managed, thereby reducing disputes and providing a fair allocation of risk related to inclement weather.
Rainfall. Precipitation, as a function of time and space, is highly variable. For example, daily precipitation records at New Orleans ▇▇▇▇▇▇▇ Airport (MSY) and the Grand Isle C-MAN (GDIL1) station, that are separated by about 80 km, show the correlation coefficient of only r 2 = 0.34 in 1999 (Figure 1-6) and appears to vary seasonally (Park, 2002). There were only five stations where precipitation measurements were made in the vicinity of Barataria Basin. For this study, however, only the precipitation record from MSY was used for the following reason. The dominant upstream regions which account for 61% of total land are best represented by MSY Figure 1-4. Schematic diagram illustrating hydrological cycle and forcing functions for hydrodynamics in the Barataria Basin. Figure 1-5. Modeling approach for an integrated hydrology-hydrodynamic model. MSY Station Rainfall (cm) 3 2 1 0 0 50 100 150 200 250 300 350 GDIL1 Station Rainfall (cm) 3 2 1 0 0 50 100 150 200 250 300 350 Days (1/1 - 12/31, 1999) Figure 1-6. Daily precipitation at MSY (upper) and GDIL1 (lower) in 1999.
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Rainfall. Rainfall data is collected and recorded locally at Tidworth Sewage Treatment Works on a daily basis. It is also shared by the Environment Agency on a regular basis. Under normal conditions, the operations team reviews the rainfall data on a quarterly basis. As a drought develops, this would increase to monthly in order to track the development of the drought and its impacts.
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Rainfall. Rainfall emerged as a key determinant of dengue infection in this region. Recent literature from Honduras, Barbados, and Trinidad investigated the relationship between rainfall, climate variation, and El Niño Southern Oscillation with dengue infection. ▇▇▇▇▇▇▇▇ et al., (2012) conducted a study in the main hospital of Honduras to investigate the potential associations between climatic variations and dengue hemorrhagic fever. This was the first study out of Honduras to link El Niño Southern Oscillation and climatic variation to dengue incidence and epidemics. The study found that higher rain probability, rain accumulation, humidity, and the Oceanic Niño Index were the most significant factors influencing dengue incidence in Honduras. ▇▇▇▇▇▇ and ▇▇▇▇▇▇’▇ study in Barbados also found that precipitation affected the occurrence of dengue, however, their findings only showed a .14% increase in the monthly odds of a dengue outbreak. In Trinidad, another study on the effects of climate on dengue incidence found rainfall to be significantly associated with dengue incidence (▇▇▇▇▇▇ et al., 2017). Although ▇▇▇▇▇▇ et al.’s study found a significant correlation between rainfall and dengue incidence, their results found no significant correlation between temperature and dengue incidence (▇▇▇▇▇▇ et al., 2017; ▇▇▇▇▇▇ et al., 2007).
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Rainfall. The AWS shall be offered with remote weather display console to display above parameters in real time. Data-logger with Serial/LAN interface along with 75m interface cable shall be provided for logging and displaying the above meteorological parameters. The details specifications of each sensor are provided below.
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Rainfall. The area receives a maximum rainfall of 465 mm. during the month of august and the minimum rainfall recorded in the month of February is nil mm.
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Rainfall. Total rainfall has declined by 5% since the start of the 20th century and has exhibited considerable spatial and temporal variability, which in later years has been accompanied by:
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Rainfall. With increasing intensity and frequency of global precipitation, targeted vector control and trans-disciplinary approaches are needed to control the growing Aedes aegypti population at each level of the socio-ecologic model (▇▇▇▇▇▇▇▇ et al., 2012; ▇▇▇▇▇▇ et al., 2007) Figure 8: The Socio-ecologic Model The socio-ecological model illustrates the ways in which complex systems of individuals, family and peer networks, community, and social relationships interact and influence health in regard to dengue virus. TABLE 1: Extraction of Eligible Studies Study Title Study location Social Determinant Climate Variable Significant Results Impact of environmental temperatures on resistance to organophosphate insecticides in Aedes aegypti from Trinidad (▇▇▇▇▇▇ et al, 2012) Trinidad N/A Environmental temperature impact on organophosphate resistance "With increased temperatures, the life cycle of the mosquito will be shortened; smaller mosquitoes, which feed more frequently, will be produced; the geographic range of the mosquitoes will expand; and the extrinsic incubation period of the virus will be shortened…The shortening of the mosquito life cycle with increased environmental temperatures will undoubtedly result in the propagation of resistance through selection " Event history analysis of dengue fever epidemic and inter-epidemic spells in Barbados, Brazil, and Thailand (▇▇▇▇▇▇ and ▇▇▇▇▇▇, 2012) Barbados, Brazil, & Thailand N/A Temperature and drought "Mean monthly temperature was the most important factor affecting the duration of both inter-epidemic spells…and epidemic spells… drought conditions increased the time between epidemics. Increased temperature hastened the onset of an epidemic, and during an epidemic, higher mean temperature increased the duration of the epidemic… correlation between temperature and the geographic range and vector efficiency of dengue fever" Associations between household environmental factors and immature mosquito abundance in Quetzaltenango, Guatemala (Madewell, et al., 2019) Guatemala Housing, transportation, paved roads, and environmental capital N/A "Proximity to other houses and paved roads was associated with greater abundance of larvae and pupae. Understanding risk factors such as these can allow for improved targeting of surveillance and vector control measures in areas considered at higher risk for arbovirus transmission."
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Rainfall. The total rainfall in year is observed to be 912.1 mm. Distribution of rainfall by season is 2.8 mm in winter (December, January, February), 9.9 mm in summer (March, April, May), 860.7 mm in monsoons (June, July, August, September) and 38.7 mm in post-monsoons (October - November).
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Related to Rainfall

  • Inclement Weather 16.1 The parties are committed to working together to minimize the impact of inclement weather. The employer will ensure reasonable allowance is included in contracts taking into account historic weather conditions and forecast rainfall. 16.2 Inclement weather means the existence of rain or abnormal climatic conditions (whether hail, extreme cold, high wind, severe dust storm, extreme heat (as defined in clause 14), poor air quality (as defined in clause 15), or the like or any combination of these conditions) where it is not reasonable or it is unsafe for employees to continue working in those conditions. 16.3 The employer or its representative, when requested by the employees or their representative, must confer within a reasonable time (which does not exceed 60 minutes) for the purpose of determining whether or not the conditions referred to in clause 16.2 apply. 16.4 The time work stops due to inclement weather and the resumption of work after a period of inclement weather has ended will be recorded by the employer. 16.5 When inclement weather conditions exist, an affected employee is not required to start or continue to work where it is unreasonable or unsafe to do so. In cases where emergency work is required or it is necessary to complete a concrete pour already commenced to a practical stage, work may occur or continue provided that such work does not give rise to a reasonable concern on the part of an employee undertaking the work of an imminent risk to their health or safety. 16.6 Where emergency work or a concrete pour is completed in accordance with clause 16.5, work will be paid at the rate of 200% of the ordinary hourly rate calculated to the next hour, and in the case of wet weather, the employee will be provided with adequate wet weather gear. If an employee’s clothes become wet as a result of working in the rain the employee will be allowed to go home for the remainder of the day without loss of pay. 16.7 Where an employee is not able to perform any work at any location because of inclement weather, the employee will receive payment at the ordinary hourly rate for ordinary hours. Payment for time lost due to inclement weather is subject to a maximum of 32 hours pay in any 4-week period for each employee. Payment is subject to adherence to the terms of clause 16. 16.8 An employee working on a Job Share arrangement pursuant to clause 30—Job Share, that is affected by inclement weather, will be entitled to payment from the 32-hour inclement weather bank on a pro rata basis. 16.9 Employees accumulated inclement weather bank shall not be deducted whilst they remain on site. 16.10 Inclement weather occurring during overtime will not be taken into account for the purposes of clause 16 and employees will not be entitled to any payment for stoppages because of inclement weather that occurs outside of ordinary hours. 16.11 Employees on a portion of a site not affected by inclement weather must continue to work even though employees working on other areas of the site may have stopped work because of inclement weather. 16.12 Subject to the availability of alternative work in an employee’s classification, an employer may require employees to transfer: (a) from a location on a site where it is unreasonable and/or unsafe to work because of inclement weather, to another area on the same site, where it is reasonable and safe to work; and/or (b) from a site where it is unreasonable and/or unsafe to work because of inclement weather, to another site, where it is reasonable and safe to work, and where the employer, where necessary, provides transport. 16.13 Remaining on site where, because of inclement weather, the employees are prevented from working: (a) for more than an accumulated total of 4 hours of ordinary time in any one day; or (b) after the main meal break, for more than half of the ordinary work time; or (c) during the final 2 hours of the normal workday for more than an accumulated total of one hour; the employer will not be entitled to require the employees to remain on site beyond the expiration of any of the above circumstances. However, where genuine training has been agreed in writing between the parties, then the course maybe completed in extraordinary circumstances. 16.14 Where the employees are in the sheds, because they have been rained off, or because it is at starting time, morning tea, or lunch time, and it is raining, they will not be required to go to work in a dry area or to be transferred to another site unless: (a) the rain stops; or (b) a covered walkway has been provided; or (c) the sheds are under cover and the employees can get to the dry area without going through the rain; or (d) adequate protection is provided. 16.15 Protection must, where necessary, be provided for the employees’ tools.

  • Noise The Hirer shall ensure that the minimum of noise is made on arrival and departure, particularly late at night and early in the morning. The Hirer shall, if using sound amplification equipment, make use of any noise limitation device provided at the premises and comply with any other licensing condition for the premises.

  • Insulation In exterior walls? Yes No Unknown In ceiling/attic? Yes No Unknown In any other areas? Yes No Where? Comments:

  • Ventilation Where noxious or poisonous gases may accumulate, the City shall provide proper protection and ventilation. Proper lighting and ventilation shall be provided for all enclosed working spaces. All work in enclosed and confined spaces shall be performed in accordance with applicable Federal, State and local regulations. Spray painting shall be done only by qualified painters.

  • Weather User understands and agrees that during the term of this agreement, User will strictly adhere to the Weather Protocols set forth in the Grand Park Emergency Management Plan. The Grand Park Emergency Management Plan is made available on the Grand Park website or by request a copy may be provided by the Commission. In the event of inclement weather, the Commission will retain final determination as to the ability of the facility to support the Event. a. If the facility is unable to support the event due to an "Act of God" the Commission will not provide a refund or credit to the User. User may obtain event insurance through a vendor of their choosing to cover the "Act of God" scenario. b. If the facility is deemed unable to support the event by the Commission, the Commission will work with the User to reschedule such activity as was affected by the facility closure. In such case that the activity may not be rescheduled, Commission will credit the User for such activity as was affected by the closure and allow the credit to be utilized toward a future event. c. If the facility is deemed unable to support the event by the User, the Commission will work with the User to reschedule such activity as was affected within the general time constraints of the User's Event. In such case that the activity may not be rescheduled, Commission will not credit the User.