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Black Sea Checkpoint

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River inputs

Scope


The scope of this challenge was to check the fitness for use of the available marine data sets to compute annual water discharges for each river bordering the sea basin, inputs of fresh water discharge as mass and sediment loading, pollution* and biota to sea** (time series), or to indicate gaps in the EU data collection framework during the period specified below.

The result of the exercise provided an estimation of the number of monitored rivers regarding the total number of rivers (of a given category). And for each monitored river, the information produced provided an overview of the temporal and spatial variability of each characteristic requested to better understand the peculiarities of the Black Sea ecosystems in terms of the strong climatic, geomorphological and cultural contrasts that characterize the Black Sea drainage basin, as well as to identify the major trends that could threat these ecosystems in the near future because of climate change and socioeconomic development.

*  as total nitrogen and phosphates loading

** as eels and salmon

    (both inwards and outwards, recruitment and escapement)

This activity of the EU BlackSea checkpoint project (DG MARE contract n° EASME/EMFF/2014/1.3.1.3/LOT4/SI2.709436) was executed during the period 2015-2018. The methodology used was identical for all challenges.

  • Production of a literature survey to identify state of the art activities related to the use case and clarify the landscape of monitoring data covering the BlackSea,
  • Specification of needs for production and realisation of the product,
  • Evaluation of the adequacy of monitoring data, that is the availability and appropriateness.

The team participating in the challenge was:

  • National Institute for Marine Research and Development “Grigore Antipa”, NIMRD, Romania (Leader)
  • Sofia University St. Kliment Ohridski, USOF, Bulgaria
  • Ukrainian Scientific Centre of Ecology of the Sea, UkrSCES, Ukraine
  • Ivane Javakhishvili Tbilisi State University, TSU, Georgia
  • Institute of Marine Sciences, Middle East Technical University, IMS, Turkey
  • P. Shirshov Institute of Oceanology, Russian Academy of Sciences, SIO-RAS, Russia

Products

Seven products have been requested by the call. The products are listed and accessible from the table given below. All products are representative of the December 2017 status.

The monitored river mouths along the Black Sea basin are: Danube River, Kamtehiya River, Maritza River, Kizilirmak River, Sakarya River, Dniester River, Dnieper River, Don River.

 

Number
Name and  Specification of product
Access to product
Confidence limits
Product 01
GIS viewing [unit: m3/s (Qw)]
Excellent: The product meets well the objectives specified by the challenge (see our appropriateness criteria, at the bottom of the page
http://doi.org/10.12770/b2ce7d67-3fc3-4a53-b5e8-0b1ae19e140f to get a full description, quality information, and citation.
Product 02

GIS viewing

[unit: m3/s (Qw)]

Excellent: The product meets well the objectives specified by the challenge (see our appropriateness criteria, at the bottom of the page)

http://doi.org/10.12770/af34b20f-1936-4709-8a9d-355c7f6c4d17 to get a full description, quality information, and citation.

Product 03

GIS viewing

[unit: m3/s (Qw)]

Excellent: The product meets well the objectives specified by the challenge (see our appropriateness criteria, at the bottom of the page)

http://doi.org/10.12770/3b19d436-8cc5-4f5e-9069-c70d8e05e4d6 to get a full description, quality information, and citation.

Product 04

GIS viewing

[unit: degreeC]

Excellent: The product meets well the objectives specified by the challenge (see our appropriateness criteria, at the bottom of the page)

http://doi.org/10.12770/b12cf0e7-e070-42fc-9f11-0265ca8faea7 to get a full description, quality information, and citation.

Product 05

GIS viewing

[unit: µg/l N]

 

Excellent: The product meets well the objectives specified by the challenge (see our appropriateness criteria, at the bottom of the page)

http://doi.org/10.12770/e4308f4a-e2b5-458f-9ba2-7909ef8e01af to get a full description, quality information, and citation.

Product 06

GIS viewing

[unit: µg/l P]

Excellent: The product meets well the objectives specified by the challenge (see our appropriateness criteria, at the bottom of the page)

http://doi.org/10.12770/3e422ce7-c0a6-4584-bf61-c1b75654f485 to get a full description, quality information, and citation.

Product 07
The product is not covered because input data are not available
Inadequate: Impossible to produce or fails to meet all the objectives (not usable) (see our product description)
http://doi.org/10.12770/55707534-19ad-4d0f-9f2f-fbeb2b9697c1 to get a full description, quality information, and citation.


GENERAL DESCRIPTION AND USEFULNESS OF THE PRODUCTS

Hydro-geo-chemical measurements are essential for the interpretation of water quality data and for water resource management. Variations in hydrological conditions have important effects on water quality. In rivers, such factors as the discharge (volume of water passing through a cross-section of the river in a unit of time), temperature, nitrates, and phosphates influence the water quality.

The 7 products and the data are suitable to describe and to evaluate the River Discharge- Temperature – Nitrates – Phosphates trends and the impact on the physical/chemical Black Sea waters properties as well as for water quality monitoring and for water resource management.

Required inputs

Discover here the seven groups of characteristics and the related environmental domains, Fresh water and Marine water, as well as the data providers.

Checkpoint results

  • Expert evaluation report to get feedback on the appropriateness of upstream data used in product realization,
  • Integrated reports on the checkpoint project
    • Literature Survey: to discover all upstream data and possible uses
    • First Data Adequacy Report on the stress test on availability* of all referenced data sets
    • Second Data Adequacy Report on availability and appropriateness of all used data sets, of all challenges.

Use limitation and reference

The EMODnet Black Sea Checkpoint practical outputs are the results of the assessment exercise carried out address the so-called “challenges” specified by the call for tenders n° MARE/2014/09 aiming at determining how well the input data from the observing and monitoring systems existing at the sea basin scale fit the user needs to address them.

This product and any resultant data produced was a consequence of these tests and provided on an “as is” basis. The information contained in the data products and in the descriptions (metadata) of the input data and of the data products making use of them was believed to be trustworthy at the time of production. However, its completeness, consistency, accuracy, and usability cannot be guaranteed. Whilst every effort was made to ensure its reliability within the limits of present knowledge, no responsibility can be accepted by those involved in its compilation or publication for any consequential loss or damage arising from its use.

The producer disclaims any and all warranties, conditions, or representations (express, implied, oral or written), relating to the Product or any part thereof, including, without limitation, any and all implied warranties of quality, performance, suitability or fitness for a particular purpose to the full extent permitted by law. The Producer accepts no liability for loss suffered or incurred as a result of reliance on the Product or any output of its use. The Producer shall not be liable for any economic loss, loss of profit, loss of business or contract, depletion of goodwill or otherwise, in each case whether direct, or indirect or any indirect loss whatsoever (howsoever caused) including loss or damage suffered as a result of an action brought by any person which arise out of or in connection with the use of the Product or inability to use the Product.