Future requirements or needs Sample Clauses

Future requirements or needs. The development of the service over the next five years is currently under discussion but expectations are that any changes will not have a significant influence on the requirements for in situ observational data.
Sample 1
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Future requirements or needs. A coastal service is currently being developed in partnership with CMEMS, which is intended to bridge the current gap between land and ocean services. Access to appropriate in situ observational data for both CLMS and CMEMS domains should inform this, with anticipated key data type requirements being;  Hydrological, including freshwater river flow and discharge data,  Rainfall,  Soil moisture,  Ground water level,  Temperature. Global component (coordinated by the JRC)
Sample 1
Future requirements or needs. In situ data will be used for calibration and validation of products in the future, with this work carried out by external contractors (XXXX). This service will be provided through the Ground-Based Observation for Validation of Copernicus Global Land Products (GBOV) project and will contribute to the validation of 7 of products:  3 energy products: Top of Canopy Reflectance, Surface Albedo and Land Surface Temperature;  4 vegetation products: Leaf Area Ondex, Fraction of photo synthetically active radiation absorbed by the vegetation (FAPAR), Fraction of green vegetation cover and (Fcover) and Soil Water Index. The collected raw data will be processed and up-scaled to produce appropriate reference measurements to be applied to land product validation. The GBOV framework contract, managed by JRC, has duration of 4 years and also foresees the implementation of a web-based interface for in-situ observational data storage and data access for Users, including the Copernicus Global Land lots in charge of product generation and validation. A risk to the success of this work is the non-availability of the necessary ground measurements, this may be due to restricted access to data, unknown but potentially useful data sources, data gaps or data location not being representative of a region. It was stated at interview that a catalogue of potentially available data would be useful to help map the landscape of potentially useful data. To this end, the CIS2 may be useful by providing information on available data sources and networks that are utilised by the other Copernicus Services and their components. To help mitigate issues of insufficient data CLMS will have a budget to procure additional instrumentation where necessary and possible. To supplement this, there may be a role for the EEA and Lot 1 to assist with leverage of access to necessary data and to develop understanding of how or where to support reliant networks (including NEON and FluxNet). For example, there may be value in collaboration with WMO over access to data in Africa through linkage with GFCS/GCOS. It may also be useful to do some work to understand where requirement synergies and sustainability issues intersect across multiple Services and therefore where there is a cross-cutting need to support critical instrumentation or networks for mutual benefit. Whilst the Copernicus In Situ component doesn’t have a budget to support networks, we can document and evidence the importance and relevance of me...
Sample 1
Future requirements or needs. Requirements for access and use of marine in situ observations may change in the future following the introduction of a storm surge model, which is currently in development. This would likely have requirements for in situ data and specifically tide-gauge data that would cut across those of CMEMS. Given that this development is at an early stage then these requirements aren’t yet certain however and the model output still has to be accepted/assured as suitable to feed a future product for CEMS Early Warning. There was some discussion about the Climate Data Store and the potential utility of this as a data hub. It was thought that this could potentially act as a Copernicus hub for historical data sets, but that real-time/near real-time data would need to be/should continue to be hosted under the current contractual agreement for CEMS. EFFIS are developing their dispersion/plume modelling capability with a view to producing 48 hour predictions. There may here be an emerging new requirement for air quality data to verify this. There have been experiments utilising a rapidly deployable suite of sensors for this, alongside existing CAMS outputs. This could develop into a new future requirement, which could also be useful for CAMS. The process to set up a consortium to deliver forest fire early warnings services is currently ongoing – expected to conclude in the next few months. Sharing of the same meteorological data between the currently existing (EFAS/EFFIS) and future (droughts) components of EMS is already ongoing. The WMO WHOS programme could be a useful interface to develop data access and leverage Copernicus requirements to the global hydrological community. However, in its current form it has only limited functionalities and it depends therefore on its future development whether this could be a useful interface to develop data access and leverage Copernicus requirements. That said there was recognition that formal observer or similar status with WMO could be beneficial.
Sample 1
Future requirements or needs. The SEA component doesn’t currently utilise any observational in situ data, although they do access some web based meteorological forecasts through WeatherCast. When interviewed some examples of products were discussed that could in future benefit from inclusion of observational data. These being road network status, assessment of trafficability, camp analysis and crisis situation pictures. Key elements that hold potential here are;  Rainfall  Flooding  Solar radiation  Temperature  Wind Maritime Surveillance Component (delivered by EMSA)
Sample 1
Future requirements or needs. The Maritime Surveillance component doesn’t currently utilise any observational in situ data and whilst they haven’t conducted a requirements analysis for observational in situ data there was recognition that integration of in situ observations could add value to their real-time support for live operations, for example search and rescue or for management of oil spills. For this to be effective they would require European wide data, received in near real-time and of sufficiently high resolution. Of secondary value would be access to observational data to support planning and post event analysis. Elements they have an interest in are;  Sea surface temperature  Sea surface currents  Wind  Sea wave height  Sea state  Sea ice ANNEX A – INTERVIEWEES Copernicus Atmosphere Monitoring Service (CAMS) Xxxxxxx Xxxxxxx - Deputy Head CAMS (xxxxxxx.xxxxxxx@xxxxx.xxx) Copernicus Marine Environment Monitoring Service (CMEMS) Xxxxxxx Xxxxxxxx – Mercator Ocean Xxxxxx-Xxxx Xx Traon - Scientific Director Mercator Ocean Copernicus Land Monitoring Service (CLMS) Pan-European and Local components Xxxxxx Xxxxxxxx (Xxxxxx.Xxxxxxxx@xxx.xxxxxx.xx) Xxxxxx Xxxxxxxxx (Xxxxxx.Xxxxxxxxx@xxx.xxxxxx.xx) Global component Xxxxx Xxxxxxx (Xxxxx.XXXXXXX@xx.xxxxxx.xx)
Sample 1

Related to Future requirements or needs

  • Disclosure Requirements (a) The Estate Agent or Salesperson *has / does not have(1) (11) a conflict or potential conflict of interest in acting for the Tenant. If the Estate Agent or Salesperson has a conflict or potential conflict of interest, the details are as follows:

  • Signature Requirements If the Assignment of Partnership Interest is signed by the registered holder of the Units and payment is to be made directly to that holder, then no signature guarantee is required on the Assignment of Partnership Interest. Similarly, if the Units are tendered for the account of a member firm of a registered national securities exchange, a member of the National Association of Securities Dealers, Inc. or a commercial bank, savings bank, credit union, savings and loan association or trust company having an office, branch or agency in the United States (each an "Eligible Institution"), no signature guarantee is required on the Assignment of Partnership Interest. HOWEVER, IN ALL OTHER CASES, ALL SIGNATURES ON THE ASSIGNMENT OF PARTNERSHIP INTEREST MUST BE GUARANTEED BY AN ELIGIBLE INSTITUTION. Please contact the Information Agent for assistance in obtaining a signature guarantee.

  • Service Requirements Grantee shall:

  • DBE Requirements A. Notice is hereby given to the CONSULTANT and any SUB-CONSULTANT, and both agree, that failure to carry out the requirements set forth in 49 CFR Sec. 26.13(b) shall constitute a breach of this Contract and, after notification and failure to promptly cure such breach, may result in termination of this Contract or such remedy as INDOT deems appropriate. The referenced section requires the following assurance to be included in all subsequent contracts between the CONSULTANT and any SUB-CONSULTANT: The CONSULTANT, sub recipient or SUB-CONSULTANT shall not discriminate on the basis of race, color, national origin, or sex in the performance of this Contract. The CONSULTANT shall carry out applicable requirements of 49 CFR Part 26 in the award and administration of DOT-assisted contracts. Failure by the CONSULTANT to carry out these requirements is a material breach of this Contract, which may result in the termination of this Contract or such other remedy, as INDOT, as the recipient, deems appropriate.

  • Notice Requirements All notices required or permitted by this Lease shall be in writing and may be delivered in person (by hand or by messenger or courier service) or may be sent by regular, certified or registered mail or U.S. Postal Service Express Mail, with postage prepaid, or by facsimile transmission during normal business hours, and shall be deemed sufficiently given if served in a manner specified in this Paragraph 23. The addresses noted adjacent to a Party's signature on this Lease shall be that Party's address for delivery or mailing of notice purposes. Either Party may by written notice to the other specify a different address for notice purposes, except that upon Lessee's taking possession of the Premises, the Premises shall constitute Lessee's address for the purpose of mailing or delivering notices to Lessee. A copy of all notices required or permitted to be given to Lessor hereunder shall be concurrently transmitted to such party or parties at such addresses as Lessor may from time to time hereafter designate by written notice to Lessee.

  • HIPAA Requirements The Parties agree that the provisions under HIPAA Rules that are required by law to be incorporated into this Amendment are hereby incorporated into this Agreement.

  • Time Requirements The Independent Contractor will not be required to follow or establish a regular or daily work schedule, but shall devote during the term of this Agreement the time, energy and skill as necessary to perform the services of this engagement and shall, periodically or at any time upon the request of the Company, submit information as to the amount of time worked and scope of work performed.

  • Invoice Requirements Contractor hereby waives the right to enforce any term which contradicts or modifies any term of the solicitation or any Contract that may result, including subsequent amendments to the Contract, or would result in an unencumbered expense if enforced against the state. Contract quote and invoice must contain, at a minimum: o Customer name o State Purchase Order number field o Item/service description o Item quantity

  • Specific Requirements 7.4.1 Workers’ compensation insurance with statutory limits required by South Dakota law. Coverage B-Employer’s Liability coverage of not less than $500,000 each accident, $500,000 disease-policy limit, and $500,000 disease-each employee.

  • Overtime requirements No contractor or subcontractor contracting for any part of the contract work which may require or involve the employment of laborers or mechanics shall require or permit any such laborer or mechanic in any workweek in which he or she is employed on such work to work in excess of forty hours in such workweek unless such laborer or mechanic receives compensation at a rate not less than one and one-half times the basic rate of pay for all hours worked in excess of forty hours in such workweek.

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