New Public Insights

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

Insight diagram
Banana
ibra her
last week
Insight diagram
Grad CLD for review
Jessica
last week
Cloned from v5 on 10/31/25 Added variables for latitudinal temperature variation or range.
Cloned from v5 on 10/31/25
Added variables for latitudinal temperature variation or range.
Earth Climate Box Model v6
CarterJM
last week
Insight diagram
Clone of Clone of Final Project
William Moschea 2026
last week
Insight diagram
GHG WATER EMISSIONS
Ronaldo Mupudzi
last week
Insight diagram
Clone of Final Project
William Moschea 2026
last week
Insight diagram
Final Project
William Moschea 2026
last week
Ocean/atmosphere/biosphere model coupled to economics-based simulations from Y2k on.
Lab 13
Ocean/atmosphere/biosphere model coupled to economics-based simulations from Y2k on.
Lab 13 Finish
Gabe Bowen
7 last week
This is a partial implementation of the 'Very Simple Ecosystem Model' (VSEM) from R package BayesianTools (Hartig et al. 2019). It simulates Gross and Net Primary Productivity based on a simple light-use efficiency model. Daily PAR values were generated in R using the BayesianTools function "VSEMcre
Environment Ecosystem Primary productivity
This is a partial implementation of the 'Very Simple Ecosystem Model' (VSEM) from R package BayesianTools (Hartig et al. 2019). It simulates Gross and Net Primary Productivity based on a simple light-use efficiency model. Daily PAR values were generated in R using the BayesianTools function "VSEMcreatePAR()".

Reference:
Florian Hartig, Francesco Minunno and Stefan Paul (2019). BayesianTools: General-Purpose MCMC and SMC Samplers and Tools for Bayesian Statistics. R package version 0.1.7. https://CRAN.R-project.org/package=BayesianTools
Very Simple Primary Productivity Model V1.1
Lisa Belyea
last week
Insight diagram
SyM
Aleksei Solomatnikov
last week
This is a partial implementation of the 'Very Simple Ecosystem Model' (VSEM) from R package BayesianTools (Hartig et al. 2019). It simulates Gross and Net Primary Productivity based on a simple light-use efficiency model. Daily PAR values were generated in R using the BayesianTools function "VSEMcre
Environment Ecosystem Primary productivity
This is a partial implementation of the 'Very Simple Ecosystem Model' (VSEM) from R package BayesianTools (Hartig et al. 2019). It simulates Gross and Net Primary Productivity based on a simple light-use efficiency model. Daily PAR values were generated in R using the BayesianTools function "VSEMcreatePAR()".

Reference:
Florian Hartig, Francesco Minunno and Stefan Paul (2019). BayesianTools: General-Purpose MCMC and SMC Samplers and Tools for Bayesian Statistics. R package version 0.1.7. https://CRAN.R-project.org/package=BayesianTools
Very Simple Primary Productivity Model
Lisa Belyea
356 last week
ЖИТС (Жұқтырылған иммун тапшылығы синдромы) — адамның иммундық жүйесін зақымдайтын және түрлі жұқпалар мен ісік ауруларына қарсы тұра алмауына әкелетін ВИЧ  (адамның иммун тапшылығы вирусы) арқылы туындайтын ауру.
ЖИТС (Жұқтырылған иммун тапшылығы синдромы) — адамның иммундық жүйесін зақымдайтын және түрлі жұқпалар мен ісік ауруларына қарсы тұра алмауына әкелетін ВИЧ (адамның иммун тапшылығы вирусы) арқылы туындайтын ауру.
Молдовадағы ЖИТС инфекциясы
aiana
last week
Insight diagram
Clone of Mobilisation Potential
Dmytro Hlazunov (Tripassana)
last week
Insight diagram
My Insight
Aleksei Solomatnikov
last week
Insight diagram
Final Project
Grazvydas Marevicius
last week
Insight diagram
Gestion_avalanche
Lil Sch
last week
Insight diagram
Permanent Employee Turnover_Food Production Model
Arjun Chaudhuri
last week
Insight diagram
My Insight
Varvara
last week
This simulation allows students to explore the behavior of a mass-spring system and investigate how changes in system parameters affect its motion. By varying the spring constant (k), the mass (m), and the initial displacement (x), students can observe and analyze the impact on key physical properti
This simulation allows students to explore the behavior of a mass-spring system and investigate how changes in system parameters affect its motion. By varying the spring constant (k), the mass (m), and the initial displacement (x), students can observe and analyze the impact on key physical properties such as amplitude, period, and wavelength
Masses and Springs
Yinka Moses Ajibola
last week
Insight diagram
modello 1
Tcosta
last week
Insight diagram
My Insight
Max
last week
Insight diagram
Household debt simulation
Horvath Norbert
last week
Insight diagram
Population
Lil Sch
last week
Este modelo representa de modo simplificado la dinámica de una pesquería oceánica.
FAUBA-MODSIM
Este modelo representa de modo simplificado la dinámica de una pesquería oceánica.
Trinidad Collazo Clone of PesqueriaOceanica
Trinidad Felicitas Collazo O'Farrell
last week