Environmental research increasingly uses sequencing and omics technologies to study biodiversity, microbial communities and ecosystem function across soil, water, sediment, air and built or managed environments.
Environmental DNA, marker-gene sequencing and metagenomic approaches can help researchers detect biological signals from complex samples, monitor community composition and investigate how organisms respond to environmental change, pollution, land use, climate pressures or restoration activities.
By combining taxonomic, functional and community-level data, environmental omics can support studies of biodiversity assessment, ecosystem health, nutrient cycling, pathogen surveillance, antimicrobial resistance, bioremediation and host–environment interactions.
Common Research Approaches
Detect species and community signals from environmental samples to support biodiversity assessment and ecosystem monitoring studies.
Characterise bacterial, fungal and broader microbial communities across habitats, gradients, treatments or changing environmental conditions.
Investigate taxonomic composition, functional genes, pathways and microbial potential within complex environmental communities and mixed sample types.
Explore how biological communities respond to pollution, restoration, climate-related pressures, land-use change and other environmental disturbances.
Novogene Europe provides access to amplicon sequencing, shotgun metagenomics, metatranscriptomics, microbial genomics and bioinformatics workflows that can support environmental research across diverse sample types.
Depending on your study design, our team can help you consider suitable approaches for soil, water, sediment, biodiversity, microbial ecology, environmental monitoring or ecosystem research projects.
Environmental research increasingly uses sequencing and omics technologies to study biodiversity, microbial communities and ecosystem function across soil, water, sediment, air and built or managed environments.
Environmental DNA, marker-gene sequencing and metagenomic approaches can help researchers detect biological signals from complex samples, monitor community composition and investigate how organisms respond to environmental change, pollution, land use, climate pressures or restoration activities.
By combining taxonomic, functional and community-level data, environmental omics can support studies of biodiversity assessment, ecosystem health, nutrient cycling, pathogen surveillance, antimicrobial resistance, bioremediation and host–environment interactions.
Common Research Approaches
Detect species and community signals from environmental samples to support biodiversity assessment and ecosystem monitoring studies.
Characterise bacterial, fungal and broader microbial communities across habitats, gradients, treatments or changing environmental conditions.
Investigate taxonomic composition, functional genes, pathways and microbial potential within complex environmental communities and mixed sample types.
Explore how biological communities respond to pollution, restoration, climate-related pressures, land-use change and other environmental disturbances.
Novogene Europe provides access to amplicon sequencing, shotgun metagenomics, metatranscriptomics, microbial genomics and bioinformatics workflows that can support environmental research across diverse sample types.
Depending on your study design, our team can help you consider suitable approaches for soil, water, sediment, biodiversity, microbial ecology, environmental monitoring or ecosystem research projects.
