On the Local Available Potential Energy Perspective of
Shown are vertically integrated APE density (color), potential temperature (every 6 K; black lines) on the lowest model level, anomalies of vertically integrated APE with respect to the
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Shown are vertically integrated APE density (color), potential temperature (every 6 K; black lines) on the lowest model level, anomalies of vertically integrated APE with respect to the
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In this paper, we analyse the current state of deep learning-based APE in both single- and multi-modality approaches.
Download scientific diagram | APE distribution for ORB-SLAM3 and different configurations of DGS-SLAM. (a) fr3/s_ static. (b) fr3/w_rpy. (c) fr3/w_static The rectangular portions represent the
The current chapter reviews the conceptual and empirical assumptions of the APE model and evidence in support of its predictions. In addition, we discuss conceptual and empirical challenges for the APE
Table 2 shows the descriptive analysis of the absolute percentage error (APE) distribution in the test set (n = 40) for each of the fi ve forecasting models analysed.
This study explores advanced methods for analyzing the two-parameter alpha-power exponential (APE) distribution using data from a novel generalized progressive hybrid censoring
Hot Links Archive 2026 (1): January 1 - June 30 Climate Clock - " The science is clear: we are in a Climate Emergency. Decades of increasing
Page 1. Time and distribution: a model of ape biogeography J. Lehmann 1,2, AH Korstjens 1,3 and RIM Dunbar 1,4 1 British Academy Centenary Research Project, Institute of Cognitive &
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We use data from 20 chimpanzee, bonobo and gorilla study sites to develop an African great ape time budgets model to predict the animals'' capacity to survive in a range of habitats across sub-Saharan
In this paper, we consider different bivariate mixture models starting with two independent univariate APE models, and, in the latter case, starting from two dependent APE models.
Here, we present the first attempt to model continent-wide great ape density distribution. We used site-level estimates of African great ape abundance to (1) identify socioeconomic and
Our model points to the importance of annual temperature variation, which was found to have the strongest impact on ape biogeography. Our simulation indicates that rising temperatures
The model is robust against changes in minimum cut-off values, and predicts the current biogeographic distributions of the two African ape species remarkably well. Predicted group sizes for Pan and
Examining the distribution and intensity of threats, and current great ape distribu-tions helps in the identification of the best sites for new protected areas, and provides empirical data to evaluate
Download Table | APE Distribution Statistics, States from publication: MAPE-R: A rescaled measure of accuracy for cross-sectional subnational population forecasts | Accurately measuring a
We consider an optimization design for the alpha power exponential (APE) distribution as asymmetrical probability distributions under progressive type-I censoring for a step-stress accelerated...
Results The predictive performance of the models varied across taxa. Synergistic interactions between predictors are shaping African ape distribution, particularly human-related
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APE use a semi-analytical model describing dynamically the formation and the evolution of the protostar and its environment from the onset of the prestellar collapse to the end of the Class I stage. It
APE simulates density, temperature, extinc-tion, and dust-size distribution maps in a protostellar environ-ment, including the central object, the envelope, the disk, and the outflow.
Here, we present the first attempt to model continent-wide great ape density distribution. We used site-level estimates of African great ape abundance to (1) identify socioeconomic and
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