there is a huge body of literature on the relationships between biodiversity and ecosystem functioning. To start getting an overview, I suggest the following paper:
Article Biodiversity and Ecosystem Functioning: Current Knowledge an...
Classical experiments on the topic were carried out by the eminent American ecologist David Tilman:
Article Biodiversity and Stability in Grasslands
Biodiversity losses aroused not only concern but also interest and controversy among theoretical ecologists. The main cause of controversy was the uncertainty as to how results describing the relationship between species diversity and ecosystem processes, and identifying functionally important species, might scale up to landscape and regional levels, and generalize across ecosystem types (Loreau et al. 2001). Moreover, many recent experiments on the topic were performed using plant-controlled systems (e.g., Tilman & Downing 1994), while the vast areas of biodiversity that involve small organisms (bacteria, archea, protists, microarthropods), which drive the bulk of ecosystem processes, are likely to be of particular importance (Loreau et al. 2001).
Ghilarov (2000), commenting on the extensive effort to find a connection between species loss and the efficiency of energy and matter fluxes in ecosystems to justify the need for biodiversity conservation, expressed an opinion that I completely share.
Article Ecosystem functioning and intrinsic value of biodiversity
He stated that ecosystems are (and should be presented to policy makers as) more than a machine for energy and matter processing, and also more than a natural factory producing different goods and services. He argued that, even if the role for biodiversity for primary production and other ecosystem functions would be unambiguously proven, this would hardly change the social and political situation with biodiversity conservation. He believes that “function” is not necessarily a better argument than “structure”, and proposes to widen the concept of function to include the synthesis of all compounds that plants, animals, and other organisms contain in their bodies or release in the environment. He urged ecologists to comment for the public on such subjects as evolution, irreversibility, uniqueness of every living species, unity of life etc., and concluded that ecosystem should be presented as a living stage for a unique evolutionary play, and as an example of evolutionary heritage that is probably worth protecting no less than the heritage of our culture.
Biodiversity is the key source for 1) healthy ecosystems, clean water, purified air, fertile soil, regulated climate, recycled nutrients and healthy food. 2) raw materials and resources for medicines and other purposes. 3) the foundation of all civilization and sustain our economies. * It's that simple: we could not live without these “ecosystem services”. They are what we call our natural capital for us and for future generations.
these two terms are closely intertwined. a good ecosystem is generally highly bio-diverse- ie conducive for a wide range and variety of other flora and fauna. and the reverve is generally true.
you may want to have a look at the following article that provides a meta-analysis of 110 marine experiments from 42 studies that manipulated the species richness of organisms across a range of taxa and trophic levels and analysed the consequences for various ecosystem processes:
Article Marine biodiversity and ecosystem functioning: What's known ...
Dear Colleagues and Friends from RG, An example of a combination of these concepts is the field of knowledge known as biodiversity of ecosystems. The importance of natural biodiversity on planet Earth is also studied in context to evolving ecosystems. In addition, the explanation of the essence and richness of biodiversity occurring on Earth can be fully explained precisely using research in the field of ecosystem biodiversity, i.e. cooperating and competing with many species of flora and fauna. Research on the analysis of processes, relationships, etc. found in the biodiverse ecosystem of many species of flora and fauna cooperating and competing provide knowledge about very complex biological systems. This knowledge can be an inspiration for conducting similar research in other fields of knowledge. Nature conservation programs should also cover ecosystem biodiversity. This is important because the most biodiverse ecosystems are currently being degraded on a large scale. An example is the increasing fires of tropical forests, which are characterized by a high level of biodiversity in tropical forest ecosystems. In these fires a significant part of the biodiversity of planet Earth is lost year after year. It is urgent to develop systems to protect the biodiversity of natural, unique ecosystems, which include tropical forest ecosystems found in, inter alia, the Amazon and other regions of the subtropics.
This link might of some help to you: https://www.pik-potsdam.de/news/public-events/archiv/alter-net/former-ss/2009/10.09.2009/10.9.-haines-young/literature/haines-young-potschin_2009_bes_2.pdf
Biodiversity is an essential component of all ecosystems. It plays role food webs, trophic dynamics, ecosystem diversity, biological productivity and finally adds economic value to ecosystems. It maintains health and functioning of an ecosystem.
A healthy complete ecosystem supports multiple organisms, rendering it very rich in biodiversity. A healthy one is essentially non polluted, existing in the natural form devoid of wanton degradation by man.
The relationship between biodiversity and natural ecosystems lies in the fact that the basic category of research and the importance of biodiversity regarding various co-existing life forms on Earth, including specific species of flora, fauna, fungi and microorganisms concerns the issue of biodiversity in relation to natural ecosystems.