Add to ORKGSummary. In this study we describe the steps followed to elaborate a conceptual model of soil-plant relationships in a salt marsh: 1) identify vegetation distribution; 2) obtain soil data; 3) study the characteristics of the salinity; 4) analyze the relationships among soil factors; 5) understand soil-plant relationships; 6) elaborate the conceptual model. Key words: plant zonation; soil-plant relationships; environmental gradients. 1
The zonation of vegetation in the salt-marsh of Mundaka-Gemika (Bay of Biscay, N. Spain) is studied ...
Four salt marshes located in the Río de la Plata Estuary, Bahía Blanca Estuary, San Antonio Bay and ...
Purpose The relationship between soil properties and plant communities was investigated in a saltmar...
In this study we describe the steps followed to elaborate a conceptual model of soil-plant relations...
The relationships between soil factors and plant species were investigated in salt marshes on the we...
Soil-plant relationships around an inland, saline slough were investigated. It was found that the re...
Summary. Salinity, pH, climate, and moisture content, along with topographical data were compared be...
Aims Establishing a vegetation-soil model in Mediterranean saltmarshes based on the relationships be...
This study summarizes the changes (1991-2004) in plant distribution and cover in relation to soil fa...
Modelling the relationships between soil chemical factors and vegetation in coastal areas provides ...
Saltcedar woodlands are plant formations dominated by several species of the genus Tamarix (Tamarica...
Salt marshes in Patagonia ecosystem are nowadays fully recognized by ecological, pollution and phyto...
Mouteh Refuge covers an area of 200000 hectars located in the northwest of Meymeh and southwest of D...
International audienceInland salt marshes are recognized as habitats of unique and valuable vegetati...
A field study was conducted in a saltgrass (Distichlis stricta) meadow at the Central Plains Experim...
The zonation of vegetation in the salt-marsh of Mundaka-Gemika (Bay of Biscay, N. Spain) is studied ...
Four salt marshes located in the Río de la Plata Estuary, Bahía Blanca Estuary, San Antonio Bay and ...
Purpose The relationship between soil properties and plant communities was investigated in a saltmar...
In this study we describe the steps followed to elaborate a conceptual model of soil-plant relations...
The relationships between soil factors and plant species were investigated in salt marshes on the we...
Soil-plant relationships around an inland, saline slough were investigated. It was found that the re...
Summary. Salinity, pH, climate, and moisture content, along with topographical data were compared be...
Aims Establishing a vegetation-soil model in Mediterranean saltmarshes based on the relationships be...
This study summarizes the changes (1991-2004) in plant distribution and cover in relation to soil fa...
Modelling the relationships between soil chemical factors and vegetation in coastal areas provides ...
Saltcedar woodlands are plant formations dominated by several species of the genus Tamarix (Tamarica...
Salt marshes in Patagonia ecosystem are nowadays fully recognized by ecological, pollution and phyto...
Mouteh Refuge covers an area of 200000 hectars located in the northwest of Meymeh and southwest of D...
International audienceInland salt marshes are recognized as habitats of unique and valuable vegetati...
A field study was conducted in a saltgrass (Distichlis stricta) meadow at the Central Plains Experim...
The zonation of vegetation in the salt-marsh of Mundaka-Gemika (Bay of Biscay, N. Spain) is studied ...
Four salt marshes located in the Río de la Plata Estuary, Bahía Blanca Estuary, San Antonio Bay and ...
Purpose The relationship between soil properties and plant communities was investigated in a saltmar...