Writeacher, this is my last doubt!

As I couldn't find anything on the objectives of a project on the biodiversity of water in English I'll have to refer to these objectives which refer to soil.
Do you think you can help me?
The topic must be water (rivers, ocean etc) not soil.

1) Characterisation of the biodiversity of European soils and the normal operating range (NOR) according to soil types, threats, climatic zones and land uses.
2) Determination of relationships between soil biodiversity, functioning and ecosystem services.
3) Quantification of the economic values of soil ecosystem services.
4) Evaluation of the impacts of human activities on soil biodiversity, functioning and services.
5) Design of policy-relevant and cost-effective indicators for monitoring soil biodiversity, functioning and ecosystem services.

Scientific objectives
Describe the diversity of soil organisms (microorganisms and fauna).
Decipher their interactions through trophic nets (subsequently called food webs).
Determine the role played by soil organisms in soil functioning and the delivery of major ecosystem services: nutrient cycling, carbon storage, water retention, soil structure regulation, resistance to pests and diseases, and regulation of above-ground diversity.
Assess the stability and resilience of ecosystem biodiversity against threats: soil erosion and physical degradation, decline in organic content, and soil contamination.

Technological objectives
Develop and standardise tools and procedures to measure microbial and faunal diversity.
Establish high-throughput molecular assays for assessing microbial and faunal diversity.
Customise functional tools and methods to determine the functional diversity of fauna.
Design, develop and establish a database aimed at mapping the ......soil biodiversity and threats.

1) Characterisation of the biodiversity of European waters and the normal operating range (NOR) according to water types, threats, climatic zones, and water uses.

(water types = fresh water or salt water -- to differentiate between lakes/rivers/ponds/canals and the ocean)

2) Determination of relationships between aquatic biodiversity, functioning, and ecosystem services.

3) Quantification of the economic values of aquatic ecosystem services.

4) Evaluation of the effects of human activities on aquatic biodiversity, functioning, and services.

5) Design of policy-relevant and cost-effective indicators for monitoring aquatic biodiversity, functioning, and ecosystem services.

Scientific objectives
Describe the diversity of aquatic organisms (microorganisms and fauna).
Decipher their interactions through trophic nets (subsequently called food webs). (unsure of this one)

Determine the role played by aquatic organisms in water functioning and the delivery of major ecosystem services: nutrient cycling, carbon storage, water retention, soil structure regulation, resistance to pests and diseases, and regulation of above-ground diversity. <~~You'll have to adjust all these to make sure they can be applied to aquatic ecosystems.

Assess the stability and resilience of ecosystem biodiversity against threats: erosion of soil, fertilizers, ____ in rain run-off; decline in organic content; and contamination.

Technological objectives
Develop and standardise tools and procedures to measure microbial and faunal diversity.
Establish high-throughput molecular assays for assessing microbial and faunal diversity. <~~I'm unclear about this.
Customise functional tools and methods to determine the functional diversity of fauna.
Design, develop and establish a database aimed at mapping the aquatic biodiversity and threats in a wide range of locales.

Based on the objectives you provided, it seems like you are looking for similar objectives but specifically focused on the biodiversity of water (rivers, oceans, etc.). Here's how you can modify each objective to fit your topic:

1) Characterization of the biodiversity of European water bodies (such as rivers, oceans, etc.) and the normal operating range according to water types, threats (e.g., pollution, habitat destruction), geographic zones, and human activities.
To achieve this objective, you can start by researching existing studies on biodiversity in European water bodies. Look for data on different types of water bodies, the threats they face, and variations across different regions. You can also gather information on the impacts of human activities on water biodiversity.

2) Determination of relationships between water biodiversity, functioning, and ecosystem services.
To understand the relationships between water biodiversity and ecosystem services, you can review existing literature on the subject. Look for studies that examine how different species of organisms in water bodies contribute to ecosystem functioning and the services they provide, such as water purification, nutrient cycling, and support for other organisms.

3) Quantification of the economic values of water ecosystem services.
To assess the economic values of water ecosystem services, you can analyze studies that have estimated the economic benefits derived from these services. Look for research that quantifies the value of services such as flood regulation, water supply, tourism, and fisheries. Economic valuation methods like contingent valuation or cost-benefit analysis can be used to estimate these values.

4) Evaluation of the impacts of human activities on water biodiversity, functioning, and services.
To evaluate the impacts of human activities on water biodiversity, functioning, and services, you can review scientific literature that investigates the effects of pollution, habitat destruction, climate change, and other human-induced pressures on aquatic ecosystems. Look for studies that quantify these impacts and examine how they affect biodiversity and ecosystem services.

5) Design of policy-relevant and cost-effective indicators for monitoring water biodiversity, functioning, and ecosystem services.
To design policy-relevant indicators for monitoring water biodiversity, you can review approaches used in existing monitoring programs. Look for indicators that have been developed to assess the status of water biodiversity, ecosystem functioning, and the provision of ecosystem services. You can also consider the specific traits and characteristics of water organisms and habitats when selecting indicators.

Scientific Objectives:
- Describe the diversity of water organisms (microorganisms, fish, invertebrates, etc.).
- Decipher their interactions through trophic networks (food webs) in water ecosystems.
- Determine the role played by water organisms in water ecosystem functioning, such as nutrient cycling, carbon storage, water filtration, and support for other organisms.
- Assess the stability and resilience of water ecosystem biodiversity against threats like pollution, habitat destruction, and overfishing.

Technological Objectives:
- Develop and standardize tools and procedures to measure microbial and faunal diversity in water bodies.
- Establish high-throughput molecular assays for assessing microbial and faunal diversity in water.
- Customize functional tools and methods to determine the functional diversity of water organisms.
- Design, develop, and establish a database aimed at mapping water biodiversity and threats.

By adapting these objectives to your specific topic of water biodiversity, you can focus your research and work towards a better understanding of water ecosystems and their conservation. Remember to consult relevant literature, studies, and scientific resources to gain a comprehensive understanding of the topic.