Displaying 1 - 15 of 28 records found.
Title | Type |
|---|---|
ypoiurtyhdtyh | Case |
| vihl;iguliulu | 13 Jan 2026 |
wesdefsadfsdf | Case |
| sdfsdfsdf | 13 Jan 2026 |
Two-actor conflict with time delay: A dynamical model | Model |
| Based on previous mathematical studies, the authors created a model to analyze the conflict dynamics between two actors. In this model, they modified previous nonlinear dynamical models by Liebovitch et al. (2008) and Liebovitch, Vallacher, & Michaels (2010) by considering nonlinear delayed response between two actors. The results of the model show that under certain initial and feedback conditions, a stable neutral equilibrium of conflict may destabilize for some critical values of time... | 05 Oct 2016 |
System representation template | Case |
| The system representation template was created to provide the key verbs analysts should utilize when describing the strategic interactions between the elements in the robustness framework (RS, RU, PIP, PI). Verbs followed by (?) are suggested additions to the verb list. | 09 Aug 2016 |
Social Ostracism and Resource Management | Model |
| This replicator dynamics model considers the case of a common-pool resource system where social ostracism may be used to compel non-complying harvesters to avoid over-exploitation of the resource base. Here, non-compliant harvesters (i.e., defectors) are identified by their payoff strategy and incur an 'ostracism' penalty proportional to the number of compliant harvesters (i.e., co-operators) in the system. When the ostracism effect is equivalent to the number of compliant harvesters and the... | 07 Oct 2016 |
Simple Model of Farming/Gathering Transition | Model |
| This is a stylised model capturing "the interdependencies of foraging, farming and productivity of an ecosystem" and can be used to "explore alternative scenarios of niche construction and ecological inheritance." The model has two components, forest growth and time allocated to either foraging or farming, coupled together. Three basic model assumptions are 1) individuals are households, 2) households choose to produce either tree seeds or maize and 3) territory is open access. Allocation of... | 06 Oct 2016 |
sdfwefsdfsdf | Case |
| sdfsdfsdf | 13 Jan 2026 |
sdfwefsdfasdf | Case |
| sdfsdfsdf | 13 Jan 2026 |
sdfwefsadfsdf | Case |
| sdfsadfsfsf | 13 Jan 2026 |
sdfsdfsdf | Case |
| sdfsdfsdf | 13 Jan 2026 |
sdfsafsaf | Case |
| sdfsdfsdf | 13 Jan 2026 |
sdfsadfas | Case |
| sdfsdfsdf | 13 Jan 2026 |
Refined Pumpa Irrigation System Model | Model |
| This is a refined model of robustness and vulnerability trade-off of Pumpa irrigation system | 22 Nov 2017 |
Measuring Riparian Width | Model |
| This model is a modification of an older model by Camporeale and Ridolfi (2006) that studied the influence of river flow variability on the distribution of biomass of riparian vegetation. The new and modified model defines an upper or hillside bound of riparian vegetation, in addition to the lower bound defined in the older model, and thus clearly delineate riparian width. The assumptions made in the model include:(1) Only one species is considered, thus ignoring interspecific dynamics. (2... | 30 Nov 2017 |
Life table | Model |
| The life table model is one of the type of survival analysis which pertains to "time to event". The information that were accumulated throughout the study is one of the advatage of this method.This often used in demographics and epidemiology but can also be used on agricultural economics. Sperling and Loevinsohn (1992) used this method in analyzing varietal diffusion for beans in which the main objective is to know howm nay technology adopters remains after a time period. | 30 Nov 2017 |