New Public Insights

These are recently updated publicly accessible Insights. In addition to public Insights, Insight Maker also supports creating private Insights.

Insight diagram
Based on: https://www.nps.gov/yell/learn/upload/YellowstoneScience-BearIssue.pdf

Clone of Yellowstone Grizzlies_densdep
4 hours ago
Insight diagram
Clone of Lotka-Volterra
4 hours ago
Insight diagram
This Insight has been developed to explore the relationship between climate change and the number of heating and cooling degree days.  The model has been calibrated using data for New York that accounts for future climate change. Details can be found here.

Degree days provide a useful indicator of energy use and consequently CO2 emissions.  The higher the total degree days the more energy used and potentially the more CO2 emitted.
Degree Day Model
4 hours ago
Insight diagram
Clone of Source_Sink_2
5 hours ago
Insight diagram
Clone of Air Traffic
Insight diagram
The Lotka-Volterra equations (also known as the predator-prey equations) model the dynamic interactions between two biological populations: a predator and its prey.

This form of modeling dynamic systems is based on "stocks" (amounts) and "flows" (rates of change). For the predator-prey model we ask what factors impact the flows (the thick arrows) into and out of the populations of sheep and wolves (the stocks)? The dotted arrows can be used to connect and describe the relationships within the model. Additional variables, e.g, sheep fertility, can be added to the model to make relations clearer.

Overall, the dynamics for this kind of modeling centers on the factors that impact the flows. Click on any of the flow-arrows to see how the factors connect by the dotted arrows are used to determine the flows in or out of the stocks (the populations). 
Wreski_Lab2_predatorPrey
5 hours ago
Insight diagram

  • Ver. 3.2 - Single glacial dust pulse, dynamic total Sr inventory, fixed VIBD, first-order Sr co-deposition, delayed recycled 87Sr/86Sr and δ88/86Sr compositions, climatic forcing of dust input by a 41 kyr interglacial-glacial cycle that switches to 100 kyr cycles at 800 ka (MPT).

Model (RK4)_Ver 3.2_With delayed CaCO3 dissolution_dynamic gross Sr removal_multiple interglacial-glacials cycles of dust_260825
6 hours ago
Insight diagram
Figure 21
6 hours ago
Insight diagram
Figure 27
6 hours ago
Insight diagram
2 CL cascata
6 hours ago
Insight diagram
capital
6 hours ago
Insight diagram
prueba
7 hours ago
Insight diagram
Malthus limits
7 hours ago
Insight diagram
Simulazione caduta gravi
Insight diagram
popinsight
7 hours ago
Insight diagram
Informatik
7 hours ago
Insight diagram

Bienvenue sur le simulateur du modèle à flux constants.

Ce modèle est basé sur notre cas d'étude simplifié : un groupe de guépards dans un parc national géré, où les entrées et sorties sont contrôlés par les gestionnaires (translocation entre parcs).

Fonctionnement :

  • Le [Variable d'état] qui représente l'effectif de guépards (le nombre d'individus).

  • Les [Flux] (B, I, D, E) sont le nombre fixe d'individus qui entrent ou sortent à chaque pas de temps.

  • Variables forçantes : Les décisions des gestionnaires sont les "variables forçantes" qui rendent ces flux constants.

Votre mission : Utilisez les curseurs pour régler les conditions et lancez la simulation en cliquant sur le bouton "SIMULATE" en haut à droite, pour observer comment l'effectif évolue sur le graphique !


Modèle BIDE Flux Constants
7 hours ago
Insight diagram
Valbeweging met luchtwrijving - gevalideerd
Na Parachutist
7 hours ago
Insight diagram
Bouwstenen
8 hours ago
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Clone of Out 2025 - 7. Contagio
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Humanos-mosquitos
8 hours ago
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A simple model of a capacitor being charged. The instantaneous charge grows at a rate equal to the difference between it and the final charge, given as CV, divided by a time constant, which can set with a slider.
Clone of Charging a capacitor
9 hours ago
Insight diagram
Clone of (최종)단진동 데이터 분석
9 hours ago
Insight diagram
Clone of (최종)단진동 데이터 분석
9 hours ago