Bayesian |
Based on Bayes’ theorem that describes the probability of an event based on prior knowledge of conditions that might be related to the event |
152 |
Community assembly |
|
|
Coalescence |
An emerging paradigm unique to microorganisms that considers the wholesale mixing of multiple communities and their surrounding environments, which can occur on a regular or intermittent basis and within a short period of time |
96 |
Community |
Group of organisms representing multiple species living in a specified place and time |
29 |
Dispersal |
The movement of organisms across space |
29 |
Diversification |
Changing phylogenetic diversity resulting from genetic and environmental variabilities |
153 |
Drift |
Random changes in the relative abundance of species due to chance variation amongst individuals |
29 |
Priority effect |
The order and timing of species immigration during community assembly can affect community composition |
154 |
Selection |
A deterministic fitness difference between individuals of different species in response to local abiotic and biotic conditions |
29 |
Speciation |
The creation of new species |
29 |
Disturbance |
A discrete unpredictable event that causes direct removal of living biomass, thereby altering community structure |
155 |
Compounded disturbance |
Multiple disturbances, either simultaneously or more frequent than the normal recovery time |
111 |
Press disturbance |
Transient, acute; relatively long-term, continuous event |
16, 117
|
Pulse disturbance |
Persistent, chronic; relatively discrete, short-term event |
16, 117
|
Perturbation |
Change in the level of function or population of a system due to a disturbance |
24 |
Ecological network |
Representation of possible links between species (nodes) within an ecosystem |
73 |
Network connectance |
Proportion of possible links between species (nodes) that are realized |
156 |
Network modularity |
The tendency of a network to be compartmented into separated clusters of interacting nodes |
157 |
Niche filtering |
A concept whereby the environment functions like a filter (or sieve) removing all species lacking specified combinations of traits |
158 |
Node centrality |
A measure of the importance of the node within the network |
73 |
Ecosystem function |
The biological, geochemical, and physical processes that take place or occur within an ecosystem |
159 |
Functional redundancy |
Where multiple species representing a variety of taxonomic groups can share similar roles in providing ecosystem functions |
160 |
Multifunctionality |
The ability of an ecosystem to provide multiple functions |
161 |
Mycorrhizal fungi |
Fungi forming a symbiotic association with plants |
162 |
Resilience |
|
|
Ecological resilience |
Measure of disturbance required to move system from one stable state to another |
17 |
Engineering resilience |
Rate of recovery towards postdisturbance state |
17 |
Resistance |
Initial ability of a system to withstand disturbance |
17 |
Stability |
Inherent property of a system to remain unchanged in response to disturbance. Combines resistance, recovery, (engineering) resilience, and temporal stability |
17, 25, 26
|
Temporal stability |
The inverse of the variability around functional and compositional trajectories during the recovery phase |
26 |
Rhizodeposition |
The release of organic compounds from plant roots into the surrounding environment |
163 |
Succession |
|
|
Autogenic |
Ecological succession driven by biotic factors |
164 |
Secondary |
Succession that follows a disturbance |
165 |