Appréhender le cortège d'organismes des sols forestiers est essentiel, que ce soit pour recenser ces communautés, comprendre leur rôle, ou déterminer leur comportement face à des perturbations. Cette caractérisation se révèle être un réel défi scientifique du fait de la diversité de ces organismes et du nombre important d'espèces encore inconnues. Dans ce contexte, cet article présente un aperçu des contraintes liées à leur étude, les singularités des sols forestiers et les développements méthodologiques et conceptuels ayant eu lieu ces dix dernières années. Il aborde les avancées dans la prise en considération de la biologie au niveau politique qui s'est traduite par une augmentation des appels d'offres dans le domaine des sols, de leur biologie et des services écosystémiques rendus.
Determining the identity and function of forest soil organisms is essential to understand their relative roles, but also to determine their resilience after environmental perturbations. These characteristics are scientific challenges because of the high biological diversity of forest soil organisms, but also because many of them currently remain unknown. In this context, this review presents a snapshot of the difficulty associated with soil organism characterization, the uniqueness of forest soils and methodological and conceptual developments of the last decade. This review also presents the progress in political consideration of soil biology and highlights recent projects related to soil biology and ecosystem services.
National audience ; Determining the identity and function of forest soil organisms is essential to understand their relative roles, but also to determine their resilience after environmental perturbations. These characteristics are scientific challenges because of the high biological diversity of forest soil organisms, but also because many of them currently remain unknown. In this context, this review presents a snapshot of the difficulty associated with soil organism characterization, the uniqueness of forest soils and methodological and conceptual developments of the last decade. This review also presents the progress in political consideration of soil biology and highlights recent projects related to soil biology and ecosystem services. ; Appréhender le cortège d'organismes des sols forestiers est essentiel, que ce soit pour recenser ces communautés, comprendre leur rôle, ou déterminer leur comportement face à des perturbations. Cette caractérisation se révèle être un réel défi scientifique du fait de la diversité de ces organismes et du nombre important d'espèces encore inconnues. Dans ce contexte, cet article présente un aperçu des contraintes liées à leur étude, les singularités des sols forestiers et les développements méthodologiques et conceptuels ayant eu lieu ces dix dernières années. Il aborde les avancées dans la prise en considération de la biologie au niveau politique qui s'est traduite par une augmentation des appels d'offres dans le domaine des sols, de leur biologie et des services écosystémiques rendus
National audience ; Determining the identity and function of forest soil organisms is essential to understand their relative roles, but also to determine their resilience after environmental perturbations. These characteristics are scientific challenges because of the high biological diversity of forest soil organisms, but also because many of them currently remain unknown. In this context, this review presents a snapshot of the difficulty associated with soil organism characterization, the uniqueness of forest soils and methodological and conceptual developments of the last decade. This review also presents the progress in political consideration of soil biology and highlights recent projects related to soil biology and ecosystem services. ; Appréhender le cortège d'organismes des sols forestiers est essentiel, que ce soit pour recenser ces communautés, comprendre leur rôle, ou déterminer leur comportement face à des perturbations. Cette caractérisation se révèle être un réel défi scientifique du fait de la diversité de ces organismes et du nombre important d'espèces encore inconnues. Dans ce contexte, cet article présente un aperçu des contraintes liées à leur étude, les singularités des sols forestiers et les développements méthodologiques et conceptuels ayant eu lieu ces dix dernières années. Il aborde les avancées dans la prise en considération de la biologie au niveau politique qui s'est traduite par une augmentation des appels d'offres dans le domaine des sols, de leur biologie et des services écosystémiques rendus
National audience ; Determining the identity and function of forest soil organisms is essential to understand their relative roles, but also to determine their resilience after environmental perturbations. These characteristics are scientific challenges because of the high biological diversity of forest soil organisms, but also because many of them currently remain unknown. In this context, this review presents a snapshot of the difficulty associated with soil organism characterization, the uniqueness of forest soils and methodological and conceptual developments of the last decade. This review also presents the progress in political consideration of soil biology and highlights recent projects related to soil biology and ecosystem services. ; Appréhender le cortège d'organismes des sols forestiers est essentiel, que ce soit pour recenser ces communautés, comprendre leur rôle, ou déterminer leur comportement face à des perturbations. Cette caractérisation se révèle être un réel défi scientifique du fait de la diversité de ces organismes et du nombre important d'espèces encore inconnues. Dans ce contexte, cet article présente un aperçu des contraintes liées à leur étude, les singularités des sols forestiers et les développements méthodologiques et conceptuels ayant eu lieu ces dix dernières années. Il aborde les avancées dans la prise en considération de la biologie au niveau politique qui s'est traduite par une augmentation des appels d'offres dans le domaine des sols, de leur biologie et des services écosystémiques rendus
National audience ; Determining the identity and function of forest soil organisms is essential to understand their relative roles, but also to determine their resilience after environmental perturbations. These characteristics are scientific challenges because of the high biological diversity of forest soil organisms, but also because many of them currently remain unknown. In this context, this review presents a snapshot of the difficulty associated with soil organism characterization, the uniqueness of forest soils and methodological and conceptual developments of the last decade. This review also presents the progress in political consideration of soil biology and highlights recent projects related to soil biology and ecosystem services. ; Appréhender le cortège d'organismes des sols forestiers est essentiel, que ce soit pour recenser ces communautés, comprendre leur rôle, ou déterminer leur comportement face à des perturbations. Cette caractérisation se révèle être un réel défi scientifique du fait de la diversité de ces organismes et du nombre important d'espèces encore inconnues. Dans ce contexte, cet article présente un aperçu des contraintes liées à leur étude, les singularités des sols forestiers et les développements méthodologiques et conceptuels ayant eu lieu ces dix dernières années. Il aborde les avancées dans la prise en considération de la biologie au niveau politique qui s'est traduite par une augmentation des appels d'offres dans le domaine des sols, de leur biologie et des services écosystémiques rendus
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
National audience ; Soil biota play an essential role in delivering key ecosystem goods and services, and are both directly and indirectly responsible for many important functions (nutrient cycling, soil structure, water storage). European Union (EU) has underlined the interest of taking into account this biological compartment. EU has asked to develop biological researches in soil management policies, by characterizing biological species and biological functions of some soil organisms. To answer this request and make a first state at regional scale of soil biodiversity in relation to land use and pedoclimatic parameters, a French program « RMQS BioOiv » was developed on the 109 sites of Soil Quality Monitoring Network (RMQS) in Brittany. A large national research network (12 research teams) supported the program, that undertook the study of several biological parameters such as macrofauna (earthworms, total macro-invertebrates), mesofauna (Acarina and Collembola), microfauna (nematodes), and microflora (microbial biomass, community structure and functional genes), as well as biological activity parameters (Humus Index). So, this program leaned on RMQS which was developed at national scale to monitor physico-chemical soil parameters and land-use managements by using a systematic sampling (regular grid 16 X 16 km) covering the whole French territory. The link between these two programs, working on the same sampling grid, should allow the study of biological parameters in the light of soil and agricultural characteristics, and thus the definition of biological descriptors of soil quality. The objectives of this paper are i) to present the RMQS BioOiv program is terms of sampling design and protocols, ii) to describe the data management and treatment, and iii) to show some results as a first instance of the data analysis to be carried out in this program. Results were obtained from the analysis of 109 sites sampled in 2006 and 2007 across the Brittany Region, and showed the spatial distribution and density of the ...
