Q3150574 (Q3150574): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): INTERTIDAL SEDIMENTS PLAY AN IMPORTANT ROLE IN THE DYNAMICS OF NUTRIENTS AND IN THE NET METABOLISM OF THE SHALLOW COASTAL MEDIA. IN THE BAY OF CADIZ, THE INTERTIDAL ZONE REPRESENTS 59 % OF THE TOTAL AREA AND THEREFORE OF THE PROCESSES THAT OCCUR WITHIN THE SEDIMENT AND ITS INTERACTIONS WITH THE WATER COLUMN ARE PROBABLY DETERMINED THE DYNAMICS OF THE BAHIA. THE BIOLOGICAL AND BIOGEOCHEMICAL PROCESSES IN THE INTERTIDAL ZONE ARE STRONGLY DETERMINE...) |
||||||||||||||
| Property / summary | |||||||||||||||
INTERTIDAL SEDIMENTS PLAY AN IMPORTANT ROLE IN THE DYNAMICS OF NUTRIENTS AND IN THE NET METABOLISM OF THE SHALLOW COASTAL MEDIA. IN THE BAY OF CADIZ, THE INTERTIDAL ZONE REPRESENTS 59 % OF THE TOTAL AREA AND THEREFORE OF THE PROCESSES THAT OCCUR WITHIN THE SEDIMENT AND ITS INTERACTIONS WITH THE WATER COLUMN ARE PROBABLY DETERMINED THE DYNAMICS OF THE BAHIA. THE BIOLOGICAL AND BIOGEOCHEMICAL PROCESSES IN THE INTERTIDAL ZONE ARE STRONGLY DETERMINED BY TWO PHYSICAL FACTORS: LIGHT AND TIDE. CONTRARY TO LIGHT, THE EFFECTS OF THE TIDAL CYCLE ON THE DYNAMICS OF THE INTERTIDAL COMMUNITY HAVE BEEN LITTLE STUDIED. ONE OF THE MAIN OBJECTIVES OF THIS PROJECT IS TO INCREASE AWARENESS OF THE EFFECTS OF THE TIDAL CYCLE ON THE MICROBIAL ECOLOGY AND THE BIOGEOCHYMIC OF INTERTIDAL SEDIMENTS. WE WILL ACHIEVE THIS GOAL BY STUDYING: 1) BENTIC METABOLISM, 2) NUTRIENT DYNAMICS IN SEDIMENT, 3) SEDIMENT-WATER FLOWS AND 4) MICROBENTONIC COMMUNITIES, DURING A FULL TIDE CYCLE (COMBINED EMERSION/IMMERSION PERIODS AND DAY AND NIGHT CONDITIONS) IN FIELD EXPERIMENTS AND MICROCOSMS IN THE LABORATORY. TO ACHIEVE THESE OBJECTIVES, WE WILL EMPLOY A NUMBER OF INNOVATIVE TECHNIQUES AND INSTRUMENTS: TECHNOLOGY OF PAIRS ISOTOPES, MP4 MINIPERFILATOR, MICROELECTRODES, BENTONICAL CAMERAS, PYROSECUENCIACION, X-RAY DIFFRACTION, ANALYSIS OF ICP-AA, ETC. THE PROPOSAL INCLUDES THE TECHNICAL DEVELOPMENT OF THE MP4 MINIPROFILER WITH THE ADDITION OF A VIDEO CAMERA AND AN ILLUMINATION SYSTEM, BOTH OPERATED BY REMOTE CONTROL, AND A NOVEL SYSTEM OF UNDERWATER ACOUSTIC COMMUNICATION. THE RESULTS OBTAINED IN THIS AND PREVIOUS PROJECTS WILL BE INTEGRATED INTO A BIOGEOQUIMICO MODEL THAT WILL PROVIDE MORE ACCURATE ESTIMATES OF THE ANNUAL MICROPHYTOBENTONICA PRIMARY PRODUCTION RATES. (English) | |||||||||||||||
| Property / summary: INTERTIDAL SEDIMENTS PLAY AN IMPORTANT ROLE IN THE DYNAMICS OF NUTRIENTS AND IN THE NET METABOLISM OF THE SHALLOW COASTAL MEDIA. IN THE BAY OF CADIZ, THE INTERTIDAL ZONE REPRESENTS 59 % OF THE TOTAL AREA AND THEREFORE OF THE PROCESSES THAT OCCUR WITHIN THE SEDIMENT AND ITS INTERACTIONS WITH THE WATER COLUMN ARE PROBABLY DETERMINED THE DYNAMICS OF THE BAHIA. THE BIOLOGICAL AND BIOGEOCHEMICAL PROCESSES IN THE INTERTIDAL ZONE ARE STRONGLY DETERMINED BY TWO PHYSICAL FACTORS: LIGHT AND TIDE. CONTRARY TO LIGHT, THE EFFECTS OF THE TIDAL CYCLE ON THE DYNAMICS OF THE INTERTIDAL COMMUNITY HAVE BEEN LITTLE STUDIED. ONE OF THE MAIN OBJECTIVES OF THIS PROJECT IS TO INCREASE AWARENESS OF THE EFFECTS OF THE TIDAL CYCLE ON THE MICROBIAL ECOLOGY AND THE BIOGEOCHYMIC OF INTERTIDAL SEDIMENTS. WE WILL ACHIEVE THIS GOAL BY STUDYING: 1) BENTIC METABOLISM, 2) NUTRIENT DYNAMICS IN SEDIMENT, 3) SEDIMENT-WATER FLOWS AND 4) MICROBENTONIC COMMUNITIES, DURING A FULL TIDE CYCLE (COMBINED EMERSION/IMMERSION PERIODS AND DAY AND NIGHT CONDITIONS) IN FIELD EXPERIMENTS AND MICROCOSMS IN THE LABORATORY. TO ACHIEVE THESE OBJECTIVES, WE WILL EMPLOY A NUMBER OF INNOVATIVE TECHNIQUES AND INSTRUMENTS: TECHNOLOGY OF PAIRS ISOTOPES, MP4 MINIPERFILATOR, MICROELECTRODES, BENTONICAL CAMERAS, PYROSECUENCIACION, X-RAY DIFFRACTION, ANALYSIS OF ICP-AA, ETC. THE PROPOSAL INCLUDES THE TECHNICAL DEVELOPMENT OF THE MP4 MINIPROFILER WITH THE ADDITION OF A VIDEO CAMERA AND AN ILLUMINATION SYSTEM, BOTH OPERATED BY REMOTE CONTROL, AND A NOVEL SYSTEM OF UNDERWATER ACOUSTIC COMMUNICATION. THE RESULTS OBTAINED IN THIS AND PREVIOUS PROJECTS WILL BE INTEGRATED INTO A BIOGEOQUIMICO MODEL THAT WILL PROVIDE MORE ACCURATE ESTIMATES OF THE ANNUAL MICROPHYTOBENTONICA PRIMARY PRODUCTION RATES. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: INTERTIDAL SEDIMENTS PLAY AN IMPORTANT ROLE IN THE DYNAMICS OF NUTRIENTS AND IN THE NET METABOLISM OF THE SHALLOW COASTAL MEDIA. IN THE BAY OF CADIZ, THE INTERTIDAL ZONE REPRESENTS 59 % OF THE TOTAL AREA AND THEREFORE OF THE PROCESSES THAT OCCUR WITHIN THE SEDIMENT AND ITS INTERACTIONS WITH THE WATER COLUMN ARE PROBABLY DETERMINED THE DYNAMICS OF THE BAHIA. THE BIOLOGICAL AND BIOGEOCHEMICAL PROCESSES IN THE INTERTIDAL ZONE ARE STRONGLY DETERMINED BY TWO PHYSICAL FACTORS: LIGHT AND TIDE. CONTRARY TO LIGHT, THE EFFECTS OF THE TIDAL CYCLE ON THE DYNAMICS OF THE INTERTIDAL COMMUNITY HAVE BEEN LITTLE STUDIED. ONE OF THE MAIN OBJECTIVES OF THIS PROJECT IS TO INCREASE AWARENESS OF THE EFFECTS OF THE TIDAL CYCLE ON THE MICROBIAL ECOLOGY AND THE BIOGEOCHYMIC OF INTERTIDAL SEDIMENTS. WE WILL ACHIEVE THIS GOAL BY STUDYING: 1) BENTIC METABOLISM, 2) NUTRIENT DYNAMICS IN SEDIMENT, 3) SEDIMENT-WATER FLOWS AND 4) MICROBENTONIC COMMUNITIES, DURING A FULL TIDE CYCLE (COMBINED EMERSION/IMMERSION PERIODS AND DAY AND NIGHT CONDITIONS) IN FIELD EXPERIMENTS AND MICROCOSMS IN THE LABORATORY. TO ACHIEVE THESE OBJECTIVES, WE WILL EMPLOY A NUMBER OF INNOVATIVE TECHNIQUES AND INSTRUMENTS: TECHNOLOGY OF PAIRS ISOTOPES, MP4 MINIPERFILATOR, MICROELECTRODES, BENTONICAL CAMERAS, PYROSECUENCIACION, X-RAY DIFFRACTION, ANALYSIS OF ICP-AA, ETC. THE PROPOSAL INCLUDES THE TECHNICAL DEVELOPMENT OF THE MP4 MINIPROFILER WITH THE ADDITION OF A VIDEO CAMERA AND AN ILLUMINATION SYSTEM, BOTH OPERATED BY REMOTE CONTROL, AND A NOVEL SYSTEM OF UNDERWATER ACOUSTIC COMMUNICATION. THE RESULTS OBTAINED IN THIS AND PREVIOUS PROJECTS WILL BE INTEGRATED INTO A BIOGEOQUIMICO MODEL THAT WILL PROVIDE MORE ACCURATE ESTIMATES OF THE ANNUAL MICROPHYTOBENTONICA PRIMARY PRODUCTION RATES. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
| |||||||||||||||
Revision as of 15:03, 12 October 2021
Project Q3150574 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3150574 in Spain |
Statements
174,240.0 Euro
0 references
217,800.0 Euro
0 references
80.0 percent
0 references
1 January 2014
0 references
31 December 2017
0 references
UNIVERSIDAD DE CADIZ
0 references
36°31'43.28"N, 6°11'24.79"W
0 references
11028
0 references
LOS SEDIMENTOS INTERMAREALES DESEMPEÑAN UN PAPEL IMPORTANTE EN LA DINAMICA DE NUTRIENTES Y EN METABOLISMO NETO DE LOS MEDIOS COSTEROS SOMEROS. EN LA BAHIA DE CADIZ, LA ZONA INTERMAREAL REPRESENTA EL 59% DEL AREA TOTAL Y POR LO TANTO DE LOS PROCESOS QUE OCURREN DENTRO DEL SEDIMENTO Y SUS INTERACCIONES CON LA COLUMNA DEL AGUA SE DETERMINAN PROBABLEMENTE LA DINAMICA DE LA BAHIA. LOS PROCESOS BIOLOGICOS Y BIOGEOQUIMICOS EN LA ZONA INTERMAREAL ESTAN FUERTEMENTE DETERMINADOS POR DOS FACTORES FISICOS: LUZ Y MAREA. CONTRARIAMENTE A LA LUZ, LOS EFECTOS DEL CICLO DE MAREA EN LA DINAMICA DE LA COMUNIDAD INTERMAREAL SE HAN ESTUDIADO POCO. UNO DE LOS OBJETIVOS PRINCIPALES DE ESTE PROYECTO ES AUMENTAR EL CONOCIMIENTO DE LOS EFECTOS DEL CICLO MAREAL SOBRE LA ECOLOGIA MICROBIANA Y LA BIOGEOQUIMICA DE LOS SEDIMENTOS INTERTIDAL. LOGRAREMOS ESTE OBJETIVO MEDIANTE EL ESTUDIO DE: 1) EL METABOLISMO BENTICO, 2) DINAMICAS NUTRIENTES EN EL SEDIMENTO, 3) LOS FLUJOS SEDIMENTO-AGUA Y 4) COMUNIDADES MICROBENTONICAS, DURANTE UN CICLO DE MAREA COMPLETO (COMBINADO PERIODOS DE EMERSION/ INMERSION Y CONDICIONES DE DIA Y NOCHE) EN EXPERIMENTOS DE CAMPO Y EN MICROCOSMOS EN EL LABORATORIO. PARA LOGRAR ESTOS OBJETIVOS EMPLEAREMOS UNA SERIE DE TECNICAS E INSTRUMENTOS NOVEDOSOS: TECNICA DE LOS PARES ISOTOPOS, MP4 MINIPERFILADOR, MICROELECTRODOS, CAMARAS BENTONICAS, PIROSECUENCIACION, DIFRACCION DE RAYOS X, ANALISIS DE ICP-AA, ETC. LA PROPUESTA INCLUYE EL DESARROLLO TECNICO DEL MP4 MINIPROFILER CON LA ADICION DE UNA CAMARA DE VIDEO Y DE UN SISTEMA DE ILUMINACION, AMBOS ACCIONADOS POR CONTROL REMOTO, Y DE UN NOVEDOSO SISTEMA DE COMUNICACION ACUSTICA SUBACUATICA. LOS RESULTADOS OBTENIDOS EN ESTE Y PROYECTOS ANTERIORES SERAN INTEGRADOS EN UN MODELO BIOGEOQUIMICO QUE PROPORCIONARA ESTIMACIONES MAS PRECISAS DE LAS TASAS ANUALES DE PRODUCCION PRIMARIA MICROFITOBENTONICA. (Spanish)
0 references
INTERTIDAL SEDIMENTS PLAY AN IMPORTANT ROLE IN THE DYNAMICS OF NUTRIENTS AND IN THE NET METABOLISM OF THE SHALLOW COASTAL MEDIA. IN THE BAY OF CADIZ, THE INTERTIDAL ZONE REPRESENTS 59 % OF THE TOTAL AREA AND THEREFORE OF THE PROCESSES THAT OCCUR WITHIN THE SEDIMENT AND ITS INTERACTIONS WITH THE WATER COLUMN ARE PROBABLY DETERMINED THE DYNAMICS OF THE BAHIA. THE BIOLOGICAL AND BIOGEOCHEMICAL PROCESSES IN THE INTERTIDAL ZONE ARE STRONGLY DETERMINED BY TWO PHYSICAL FACTORS: LIGHT AND TIDE. CONTRARY TO LIGHT, THE EFFECTS OF THE TIDAL CYCLE ON THE DYNAMICS OF THE INTERTIDAL COMMUNITY HAVE BEEN LITTLE STUDIED. ONE OF THE MAIN OBJECTIVES OF THIS PROJECT IS TO INCREASE AWARENESS OF THE EFFECTS OF THE TIDAL CYCLE ON THE MICROBIAL ECOLOGY AND THE BIOGEOCHYMIC OF INTERTIDAL SEDIMENTS. WE WILL ACHIEVE THIS GOAL BY STUDYING: 1) BENTIC METABOLISM, 2) NUTRIENT DYNAMICS IN SEDIMENT, 3) SEDIMENT-WATER FLOWS AND 4) MICROBENTONIC COMMUNITIES, DURING A FULL TIDE CYCLE (COMBINED EMERSION/IMMERSION PERIODS AND DAY AND NIGHT CONDITIONS) IN FIELD EXPERIMENTS AND MICROCOSMS IN THE LABORATORY. TO ACHIEVE THESE OBJECTIVES, WE WILL EMPLOY A NUMBER OF INNOVATIVE TECHNIQUES AND INSTRUMENTS: TECHNOLOGY OF PAIRS ISOTOPES, MP4 MINIPERFILATOR, MICROELECTRODES, BENTONICAL CAMERAS, PYROSECUENCIACION, X-RAY DIFFRACTION, ANALYSIS OF ICP-AA, ETC. THE PROPOSAL INCLUDES THE TECHNICAL DEVELOPMENT OF THE MP4 MINIPROFILER WITH THE ADDITION OF A VIDEO CAMERA AND AN ILLUMINATION SYSTEM, BOTH OPERATED BY REMOTE CONTROL, AND A NOVEL SYSTEM OF UNDERWATER ACOUSTIC COMMUNICATION. THE RESULTS OBTAINED IN THIS AND PREVIOUS PROJECTS WILL BE INTEGRATED INTO A BIOGEOQUIMICO MODEL THAT WILL PROVIDE MORE ACCURATE ESTIMATES OF THE ANNUAL MICROPHYTOBENTONICA PRIMARY PRODUCTION RATES. (English)
12 October 2021
0 references
Puerto Real
0 references
Identifiers
CTM2013-43857-R
0 references