|dc.description.abstract||In principle, an enrichment of resources in predator-prey systems show prompts
destabilisation of a framework, accordingly, falling trophic communication, a phenomenon
known to as the \Paradox of Enrichment" . After it was rst genius postured by
Rosenzweig , various resulting examines, including recently those of Mougi-Nishimura
 as well as that of Bohannan-Lenski , were completed on this problem over
numerous decades. Nonetheless, there has been a universal none acceptance of the
\paradox" word within an ecological eld due to diverse interpretations .
In this dissertation, some theoretical exploratory works are being surveyed in line with
giving a concise outline proposed responses to the paradox. Consequently, a quantity of
di usion-driven models in mathematical ecology are evaluated and analysed.
Accordingly, piloting the way for the spatial structured pattern (we denote it by SSP)
formation in nonlinear systems of partial di erential equations [36, 40].
The central point of attention is on enrichment consequences which results toward
a paradoxical state. For this purpose, evaluating a number of compartmental models in
ecology similar to those of  will be of great assistance. Such displays have greater
uence in pattern formations due to diversity in meta-population.
Studying the outcomes of initiating an enrichment into  of Braverman's model,
with a nutrient density (denoted by n) and bacteria compactness (denoted by b)
respectively, suits the purpose. The main objective behind being able to transform 's
system (2.16) into a new model as a result of enrichment. Accordingly, n has a logistic-
type growth with linear di usion, while b poses a Holling Type II and nonlinear
di usion r2 nb2 [9, 40].
Five fundamental questions are imposed in order to address and guide the study in
accordance with the following sequence:
(a) What will be the outcomes of introducing enrichment into 's model?
(b) How will such a process in (i) be done in order to change the system (2.16)'s stability
(c) Whether the paradox does exist in a particular situation or not ? Lastly,
(d) If an absurdity in (d) does exist, is it reversible [8, 16, 54]?
Based on the problem statement above, the investigation will include various matlab
simulations. Therefore, being able to give analysis on a local asymptotic stability state
when a small perturbation has been introduced . It is for this reason that a bifurcation
relevance comes into e ect . There are principal de nitions that are undertaken as
the research evolves around them.
A study of quantitative response is presented in predator-prey systems in order to
establish its stability properties. Due to tradeo s, there is a great likelihood that the
growth rate, attack abilities and defense capacities of species have to be examined in line
with reviewing parameters which favor stability conditions. Accordingly, an investigation
must also re
ect chances that leads to extinction or coexistence .
Nature is much more complex than scienti c models and laboratories . Therefore,
di erent mechanisms have to be integrated in order to establish stability even when a
system has been under enrichment . As a result, SSP system is modeled by way of
reaction-di usion di erential equations simulated both spatially and temporally.
The outcomes of such a system will be best suitable for real-world life situations which
control similar behaviors in the future. Comparable models are used in the main
compilation phase of dissertation and truly re
ected in the literature. The SSP model
can be regarded as between (2018-2011), with a stability control study which is of an