Precipitation - Science method

Seven factors were tested for correlations with air pressure in red millipedes Centrobolus. Highest ocean water temperature (r=0.72988143, Z score=1.85694712, n=7, p=0.03165928), latitude (r=-0.41899808, Z score=-1.94614434, n=22, p=0.02581863), altitude (r=-0.8701, r 2 =0.7571, n=22, p<0.00001), minimum precipitation (r= 0. 37536159, Z score=1.720...

Precipitation was tested for a correlation with ten factors in red millipedes Centrobolus. Precipitation was correlated with temperature (r= 0.5369, r 2 =0.2883, n=22, p=0.009967), longitude (r=0.7355, r 2 =0.541, n=22, p=0.00101), latitude (r=0.6515, r 2 =0.4245, n=22, p=0.001009), highest ocean water temperature (r=0.6812, r 2 =0.484, n=9, p=0.04...

Minimum ocean water temperature was tested for a correlation with length, width, volume, and precipitation in red millipedes Centrobolus. Minimum ocean water temperature was related to male length (r=0.85096999, Z score=3.08552107, n=9, p=0.00101605). Minimum ocean water temperature was related to female length (r=0.79541814, Z score=2.66017650, n=...

A correlation matrix between seven climatic factors for Port Shepstone was generated. Average temperature was correlated with minimum temperature (r=0.9967, r 2 =0.9934, n=12, p<0.00001), maximum temperature (r=0.9872, r 2 =0.9746, n=12, p<0.00001), precipitation (r=0.8265, r 2 =0.6831, n=12, p=0.000918), humidity (r=0.9410, r 2 =0.8838, n=12, p<0....

A correlation matrix between seven climatic factors for Hluhluwe was generated. Average temperature was correlated with minimum temperature (r=0.9988, r 2 =0.9976, n=12, p<0.00001), maximum temperature (r=0.998, r 2 =0.996, n=12, p<0.00001), precipitation (r=0.9114, r 2 =0.8306, n=12, p=0.000037), humidity (r=0.9488, r 2 =0.9002, n=12, p<0.00001),...

A correlation matrix between seven climatic factors for Knysna was generated. Average temperature was correlated with minimum temperature (r=0.9999, r 2 =0.9998, n=12, p<0.00001), maximum temperature (r=0.9983, r 2 =0.9966, n=12, p<0.00001), (not) precipitation (r=-0.0191, r 2 =0.0004, n=12, p=0.953019), humidity (r=0.9387, r 2 =0.8812, n=12, p<0.0...

Mean ocean water temperature was tested for a correlation with precipitation in red millipedes Centrobolus. Mean ocean water temperature was related to precipitation (r=0.91556939, Z score=4.12980631, n=10, p=0.00001816).

A correlation matrix between seven climatic factors for Kei Road was generated. Average temperature was correlated with minimum temperature (r=0.9988, r 2 =0.9976, n=12, p<0.00001), maximum temperature (r=0.9953, r 2 =0.9906, n=12, p<0.00001), precipitation (r=0.9476, r 2 =-0.8979, n=12, p<0.00001), humidity (r=0.9671, r 2 =0.9353, n=12, p<0.00001)...

A correlation matrix between seven climatic factors for Kirkwood was generated. Average temperature was correlated with minimum temperature (r=0.9992, r 2 =0.9984, n=12, p<0.00001), maximum temperature (r=0.998, r 2 =0.996, n=12, p<0.00001), precipitation (r=0.7532, r 2 =0.5673, n=12, p=0.004682), humidity (r=0.6826, r 2 =0.4659, n=12, p=0.014442),...

A correlation matrix between seven climatic factors for De Hoop was generated. Average temperature was correlated with minimum temperature (r=0.9994, r 2 =0.9988, n=12, p<0.00001), maximum temperature (r=0.9983, r 2 =0.9966, n=12, p<0.00001), (marginally with) precipitation (r=0.5504, r 2 =0.3029, n=12, p=0.063693), not with humidity (r=0.0262, r 2...

A correlation matrix between seven climatic factors for Cape Town was generated. Average temperature was correlated with minimum temperature (r=0.9997, r 2 =0.9994, n=12, p<0.00001), maximum temperature (r=0.9995, r 2 =0.999, n=12, p<0.00001), precipitation (r=0.9067, r 2 =-0.8221, n=12, p=0.000048), humidity (r=-0.5814, r 2 =0.338, n=12, p=0.04739...

A correlation matrix between seven climatic factors for Hout Bay was generated. Average temperature was correlated with minimum temperature (r=0.9789, r 2 =0.9582, n=12, p<0.00001), maximum temperature (r=0.9985, r 2 =0.997, n=12, p<0.00001), precipitation (r=-0.895, r 2 =0.801, n=12, p=0.000084), humidity (r=0.5814, r 2 =0.338, n=12, p=0.047391),...

A correlation matrix between seven climatic factors for Durban was generated. Average temperature was correlated with minimum temperature (r=0.9907, r 2 =0.9815, n=12, p<0.00001), maximum temperature (r=0.9921, r 2 =0.9843, n=12, p<0.00001), precipitation (r=0.8075, r 2 =0.6521, n=12, p=0.001492), humidity (r=0.9127, r 2 =0.833, n=12, p=0.000034),...

A correlation matrix between seven climatic factors for Pietermaritzburg was generated. Average temperature was correlated with minimum temperature (r=0.9983, r 2 =0.9966, n=12, p<0.00001), maximum temperature (r=0.9872, r 2 =0.9746, n=12, p<0.00001), precipitation (r=0.9223, r 2 =0.8506, n=12, p=0.00002), humidity (r=0.9505, r 2 =0.9305, n=12, p<0...

A correlation matrix between seven climatic factors for Scottburgh was generated. Average temperature was correlated with minimum temperature (r=0.9985, r 2 =0.997, n=12, p<0.00001), maximum temperature (r=0.9836, r 2 =0.9675, n=12, p<0.00001), precipitation (r=-0.7744, r 2 =0.5997, n=12, p=0.003106), humidity (r=0.9311, r 2 =0.8669, n=12, p=0.0000...

Ten factors were tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. Hours of sunshine throughout the year (r= 0.903, r 2 =0.8154, n=22, p<0.00001), temperature (r=-0.5688, r 2 =0.3235, n=22, p=0.005738), precipitation (r=-0.727, r 2 =0.5285, n=22, p=0.000127), mass (r=-0.7424, r 2 =0.5512, n=10, p=0.013925), lo...

A correlation matrix between seven climatic factors for Gorongosa was generated. Average temperature was correlated with minimum temperature (r=0.9392, r 2 =0.8821, n=12, p<0.00001), maximum temperature (r=0.9387, r 2 =0.8812, n=12, p<0.00001), precipitation (r=-0.7693, r 2 =0.5918, n=12, p=0.003442), not humidity (r=0.3938, r 2 =0.1551, n=12, p=0....

Fifteen factors were tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. The moments of inertia (r=-0.6579, r 2 =0.4328, n=10, p=0.038658), mass (r=-0.7322, r 2 =0.5361, n=10, p=0.016047), longitude (r=-0.8759, r 2 =0.7672, n=22, p<0.00001), lowest duration of sunshine in a month (r= 0.9396, r 2 =0.8828, n=22,...

Average monthly duration of sunlight was tested for a correlation with fourteen factors in red millipedes Centrobolus. Average monthly duration of sunlight was correlated to volume (r=-0.4389, r 2 =0.1926, n=22, p=0.040953), was marginally related to minimum precipitation (r=-0.34806911, Z score=-1.58334825, n=22, p=0.05667106), highest duration of...

A correlation matrix between seven climatic factors for Richards Bay was generated. Average temperature was correlated with minimum temperature (r=0.971, r 2 =0.9428, n=12, p<0.00001), maximum temperature (r=0.9631, r 2 =0.9291, n=12, p<0.00001), precipitation (r=-0.9104, r 2 =0.8288, n=12, p=0.000039), humidity (r=0.9415, r 2 =0.8864, n=12, p=0.01...

Hours of sunshine throughout the year was tested for a correlation with ten factors in red millipedes Centrobolus. Hours of sunshine throughout the year was correlated with mean ocean water temperature (r=-0.85918934, Z score=-3.41365378, n=10, p=0.00032054), highest duration of sunshine (r= 0.8292, r 2 =0.6876, n=22, p<0.00001), longitude (r=-0.72...

Four factors were tested for a correlation with the month with the lowest number of rainy days in red millipedes Centrobolus. The temperature (r= 0.4528, r 2 =0.205, n=22, p=0.034336), minimum ocean water temperature (r=0.63447460, Z score=1.83435052, n=9, p=0.03330093), mean ocean water temperature (r=0.66698284, Z score=1.97254540, n=9, p=0.02427...

A correlation matrix between seven climatic factors for Gans Bay was generated. Average temperature was correlated with minimum temperature (r=0.9987, r 2 =0.9974, n=12, p<0.00001), maximum temperature (r=0.9995, r 2 =0.999, n=12, p<0.00001), precipitation (r=-0.9196, r 2 =0.9457, n=12, p=0.000023), humidity (r=0.6854, r 2 =0.4698, n=12, p=0.013889...

Twelve factors were tested for a correlation with highest total hours of sunshine in a month in red millipedes Centrobolus. Hours of sunshine throughout the year (r= 0.6818, r 2 =0.4649, n=22, p=0.000472), temperature (r=-0.549, r 2 =0.3012, n=22, p=0.008142), surface-area-to-volume ratio in males (Pearson's r=0.39827777, Z score=1.83771325, n=22,...

Altitude was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Altitude was related to minimum precipitation (r=-0.5623, r 2 =0.3162, n=22, p=0.006452).

Altitude was tested for a correlation with maximum precipitation in red millipedes Centrobolus. Altitude was related to maximum precipitation (r=-0.5333, r 2 =0.2844, n=22, p=0.010645).

Highest ocean water temperature was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Highest ocean water temperature was related to minimum precipitation (r=0.70020301, Z score=2.29571497, n=10, p=0.01084606).

Lowest number of daily hours of sunshine in a day in red millipedes Centrobolus was tested for correlations with eighteen factors. Highest number of daily hours of sunshine (r= 0.7448, r 2 =0.5547, n=22, p=0.00007), hours of sunshine in a year (r= 0.8586, r 2 =0.7372, n=22, p<0.00001), precipitation (r=-0.7173, r 2 =0.5145, n=22, p<0.000173), minim...

A correlation matrix between seven climatic factors for Vryheid was generated. Average temperature was correlated with minimum temperature (r=0.9948, r 2 =0.9896, n=12, p<0.00001), maximum temperature (r=0.9774, r 2 =0.9553, n=12, p<0.00001), precipitation (r=0.9048, r 2 =0.8178, n=12, p=0.000052), humidity (r=0.838, r 2 =0.7989, n=12, p=0.000089),...

The mean ocean water temperature was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The mean ocean water temperature was correlated with minimum precipitation (r=0.90328257, Z score=3.94156315, n=10, p=0.00004049).

Minimum ocean water temperature was tested for a correlation with maximum precipitation in red millipedes Centrobolus. Minimum ocean water temperature was marginally related to maximum precipitation (r=0.53038241, Z score=1.56278472, n=10, p=0.05905163).

Minimum ocean water temperature was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Minimum ocean water temperature was related to minimum precipitation (r=0.91774928, Z score=3.85688746, n=9, p=0.00005744).

Highest relative humidity was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Highest relative humidity was related to minimum precipitation (r= 0.4651, r 2 =0.2163, n=22, p=0.029215).

Precipitation was tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. Precipitation was related to lowest duration of sunshine (r=-0.727, r 2 =0.5285, n=22, p=0.000127).

The lowest number of rainy days in a month was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The lowest number of rainy days in a month was correlated with minimum precipitation (r= 0.5577, r 2 =0.311, n=22, p=0.007).

Precipitation was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. Precipitation was related to highest duration of sunshine (r=-0.6312, r 2 =0.3984, n=22, p=0.001632).

The air pressure was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The air pressure was correlated with minimum precipitation (r= 0. 37536159, Z score=1.72023730, n=22, p=0.04269462).

Lowest relative humidity was tested for a correlation with precipitation in red millipedes Centrobolus. Lowest relative humidity was related to precipitation (r=-0.4795, r 2 =0.2299, n=22, p=0.023771).

Precipitation was tested for a correlation with maximum temperature in red millipedes Centrobolus. Precipitation was related to maximum temperature (r=0.5809, r 2 =0.3374, n=22, p=0.004575).

Month with the highest number of rainy days was tested for a correlation with precipitation in red millipedes Centrobolus. Month with the highest number of rainy days was related to precipitation (r=-0.4627, r 2 =0.2141, n=22, p=0.03001).

Precipitation was tested for a correlation with minimum temperature in red millipedes Centrobolus. Precipitation was related to minimum temperature (r=0.6467, r 2 =0.4182, n=22, p=0.001163).

Ten factors were tested for a correlation with lowest duration of sunshine and eighteen factors with lowest number of daily hours of sunshine in red millipedes Centrobolus. Hours of sunshine throughout the year (r= 0.903, r 2 =0.8154, n=22, p<0.00001), temperature (r=-0.5688, r 2 =0.3235, n=22, p=0.005738), precipitation (r=-0.727, r 2 =0.5285, n=2...

The maximum precipitation was tested for a correlation with sexual size dimorphism in red millipedes Centrobolus. The maximum precipitation was marginally correlated with sexual size dimorphism (r=0.35735319, Z score=1.62956696, n=22, p=0.05159652).

Lowest relative humidity was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Lowest relative humidity was related to minimum precipitation (r= 0.4651, r 2 =0.2163, n=22, p=0.029215).

Average monthly duration of sunlight was tested for a correlation with maximum precipitation in red millipedes Centrobolus. Average monthly duration of sunlight was related to maximum precipitation (r=-0.38196213, Z score=-1.75382449, n=22, p=0.03973025).

Abundance was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Abundance was related to minimum precipitation (r=0.63046242, Z score=1.65957221, n=8, p=0.04850025).

Average monthly duration of sunlight was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Average monthly duration of sunlight was marginally related to minimum precipitation (r=-0.34806911, Z score=-1.58334825, n=22, p=0.05667106).

Minimum precipitaion was tested for a correlation with curved surface areas in red millipedes Centrobolus. Minimum precipitation was related to female curved surface areas (r=0.7415, r 2 =0.5498, n=22, p=0.000078). Minimum precipitation was related to male curved surface areas (r=0.6495, r 2 =0.4219, n=22, p=0.001071).

Abundance was tested for a correlation with maximum precipitation in red millipedes Centrobolus. Abundance was related to maximum precipitation (r=0.63046242, Z score=1.65957221, n=8, p=0.04850025).

Mating frequency was tested for a correlation with maximum precipitation in red millipedes Centrobolus. The mating frequency was correlated with maximum precipitation (r= 0.9255, r 2 =0.8566, n=16, p<0.00001).

Mating frequency was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The mating frequency was correlated with minimum precipitation (r= 0.9255, r 2 =0.8566, n=16, p<0.00001).

Longitude was tested for a correlation with maximum precipitation in red millipedes Centrobolus. The longitude was correlated with maximum precipitation (r= 0.54458, r 2 =0.2968, 22, p=0.008747).

Latitude was tested for a correlation with maximum precipitation in red millipedes Centrobolus. The latitude was correlated with maximum precipitation (r= 0.7351, r 2 =0.5404, n=22, p=0.000097).

The temperature was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The temperature was correlated with minimum precipitation (r= 0.5939, r 2 =0.3527, n=22, p=0.003559).

Mass was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The mass was correlated minimum precipitation (r= 0.7006, r 2 =0.4908, n=10, p=0.023917).

Mass was tested for a correlation with maximum precipitation in red millipedes Centrobolus. The mass was correlated maximum precipitation (r=-0.8627, r 2 =0.7443, n=10, p=0.001313).

The species volume was tested for a correlation with minimum preciptation in red millipedes Centrobolus. The species volume was correlated with minimum precipitation (r= 0.6843, r 2 =0.4683, n=22, p=0.000448).

Minimum precipitation was tested for a correlation with lowest number of daily hours of sunshine in a day in red millipedes Centrobolus. Minimum precipitation was correlated with lowest number of daily hours of sunshine in a day (r=-0.41963355, Z score=-1.94950522, n=22, p=0.02561749).

The surface area was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The surface area was correlated with minimum precipitation (r= 0.6469, r 2 =0.4185, n=44, p<0.00001).

Average monthly duration of sunlight was tested for a correlation with precipitation in red millipedes Centrobolus. Average monthly duration of sunlight was related to precipitation (r=-0.7672, r 2 =0.5886, n=22, p=0.000031).

Minimum precipitation was tested for a correlation with highest total hours of sunshine in a month in red millipedes Centrobolus. Minimum precipitation was related to highest total hours of sunshine in a month (r=-0.6166, r 2 =0.3802, n=22, p=0.002242).

A correlation matrix between seven climatic factors for Mtunzini was generated. Average temperature was correlated with minimum temperature (r=0.9994, r 2 =0.9988, n=12, p<0.00001), maximum temperature (r=0.9987, r 2 =0.9974, n=12, p<0.00001), precipitation (r=0.923, r 2 =0.8519, n=12, p=0.000019), humidity (r=0.9525, r 2 =0.9073, n=12, p<0.00001)....

A correlation matrix between seven climatic factors for Lochiel was generated. Average temperature was correlated with minimum temperature (r=0.9405, r 2 =0.8845, n=12, p<0.00001), maximum temperature (r=0.8204, r 2 =0.6731, n=12, p=0.001079), precipitation (r=0.9213, r 2 =0.8488, n=12, p=0.000021), humidity (r=0.9212, r 2 =0.8486, n=12, p=0.000021...

A correlation matrix between seven climatic factors for Umhlanga Rocks was generated. Average temperature was correlated with minimum temperature (r=0.9981, r 2 =0.9962, n=12, p<0.00001), maximum temperature (r=0.9904, r 2 =0.9809, n=12, p<0.00001), precipitation (r=0.8377, r 2 =0.7017, n=12, p=0.000671), humidity (r=0.9553, r 2 =0.9126, n=12, p<0....

Lowest duration of sunshine was tested for a correlation with minimum preciptation in red millipedes Centrobolus. Lowest duration of sunshine was related to minimum precipitation (r=-0.4566, r 2 =0.2085, n=22, p=0.032671).

Eight factors were tested for a correlation with minimum precipitation in red millipedes Centrobolus. Highest relative humidity (r= 0.4651, r 2 =0.2163, n=22, p=0.029215), possibly abundance (r=0.63046242, Z score=1.65957221, n=8, p=0.04850025), mean ocean water temperature (r=0.90328257, Z score=3.94156315, n=10, p=0.00004049), average temperature...

The highest duration of sunshine was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The highest duration of sunshine was correlated with minimum precipitation (r=-0.4421, r 2 =0.1955, n=22, p=0.039386).

The mean precipitation across the distribution of Centrobolus millipedes was estimated for one calendar year as 821.3 mm (n=19 type localities). The maximum mean precipitation at any one locality was 1266mm at Gorongosa and the minimum mean number was at De Hoop which was 386mm. Population Standard Deviation (σ) was 237.998 mm and the Sample Standa...

A correlation matrix between seven climatic factors for Port St Johns was generated. Average temperature was correlated with minimum temperature (r=0.9989, r 2 =0.9978, n=12, p<0.00001), maximum temperature (r=0.9758, r 2 =0.9522, n=12, p<0.00001), precipitation (r=0.8557, r 2 =0.7322, n=12, p=0.000385), humidity (r=0.93, r 2 =0.8649, n=12, p=0.000...

A correlation matrix between seven climatic factors for Gqeberha was generated. Average temperature was correlated with minimum temperature (r=0.8835, r 2 =0.7806, n=12, p=0.000139), maximum temperature (r=0.8882, r 2 =0.7889, n=12, p=0.000114), (not) precipitation (r=-0.2911, r 2 =0.0847, n=12, p=0.358634), humidity (r=0.6998, r 2 =0.4897, n=12, p...

A correlation matrix between seven climatic factors for Winterton was generated. Average temperature was correlated with minimum temperature (r=0.9947, r 2 =0.9894, n=12, p<0.00001), maximum temperature (r=0.9846, r 2 =0.9694, n=12, p<0.00001), precipitation (r=0.9242, r 2 =0.8541, n=12, p=0.000017), humidity (r=0.6847, r 2 =0.4688, n=12, p=0.01402...

A correlation matrix between seven climatic factors for Hoedspruit was generated. Average temperature was correlated with minimum temperature (r=0.994, r 2 =0.988, n=12, p<0.00001), maximum temperature (r=0.9907, r 2 =0.9815, n=12, p<0.00001), precipitation (r=0.8765, r 2 =0.7683, n=12, p=0.000183), humidity (r=0.7543, r 2 =0.569, n=12, p=0.004588)...

A correlation matrix between seven climatic factors for Bot River was generated. Average temperature was correlated with minimum temperature (r=0.9982, r 2 =0.9964, n=12, p<0.00001), maximum temperature (r=0.9997, r 2 =0.9994, n=12, p<0.00001), precipitation (r=-0.9309, r 2 =0.8666, n=12, p<0.00001), humidity (r=0.9624, r 2 =0.9262, n=12, p<0.00001...

By leveraging the power of machine learning (ML) techniques, particularly Transformer technology, this study examines the validity of a conceptual model involving downscaling and upscaling to determine important factors for predictability (Shen et. al. 2010a, b). Providing a proof of concept, chaotic data from our recently-developed generalized Lor...

The rapid emergence of COVID-19 in the Spring of 2020 forced a majority of academic institutions, teachers, administrators, and students to precipitously move to online learning. In that sudden move, cloud-based video conferencing technology, allowing teachers and students to interact live with one another, became the technology of choice for many....

A sibling connection is a special and intricate link that develops between siblings in a family. Sibling relationships can vary greatly in kind and quality, but they frequently have a significant impact on how people develop emotionally, socially, and as individuals. Sibling rivalry can stem from a variety of factors, including differences in perso...

Savannah ecosystems are resilient transitional biomes shaped by recurring disturbances arising from interactions between biotic and abiotic factors such as atmospheric CO 2 levels, precipitation, wildfires, and the activity of flora and fauna, all with effects on and affected by climate. Faunal activity in particular harbors a number of mechanisms...

Les changements climatiques influencent profondément les conditions hydrologiques des bassins fluviaux, rendant cruciale l’analyse de la variabilité climatique sur de longues périodes. Cette démarche permet de mieux comprendre les impacts des changements climatiques sur les ressources en eau et l’apparition des périodes de sécheresse. Dans les régi...

Possibility of particule discriminative displacement by the electric field during erosion , transport to sedimentary basin or shortly the paper reveals the unmentioned electric field effect on both sedimentation differencies in the same sedimentary basin and apart from the known causes of virga precipitation.

In this study, we used aerosol, cloud properties and precipitation data from the Coupled Model Intercomparison Project Phase 6 (CMIP6) model to study the association of aerosol with cloud and precipitation over the Gangetic plain of India. Additionally, changes in aerosol, cloud properties and precipitation in the future have also been studied here...

Amid the escalating frequency of climate extremes, it is crucial to determine their impact on agricultural water scarcity to preserve agricultural development. Current research does not often examine how different spatial scales and compound climate extremes influence agricultural water scarcity. Using an agricultural water scarcity index (AWSI), t...

Em 2022, ocorreu a maior precipitação registrada em Angra dos Reis/RJ, Brasil: mais de 600 mm em 24h, acarretando movimentos de massa que mataram 23 pessoas. No bairro de Monsuaba morreram 11 pessoas, apesar da atuação da Defesa Civil. O Fórum de Comunidades Tradicionais, a Fundação Oswaldo Cruz e a Universidade Federal Fluminense iniciaram diálogo...

sedimentary material displacement with various types of physical force and first step work on electric field effect and discovery of another reason for virga type precipitation with electric field https://www.researchgate.net/publication/383945060_AN_IMPORTANT_ATMOSPHERIC_CONDITION_CAUSING_REGIONAL_DIFFERENCES_IN_SEDIMENTOLOGICAL_RECORDS_IN_THE_SAM...

This article describes the step-by-step implementation of the SDSM model for simulating the precipitation of Babolsar station. 1- Data preparation: Three types of data are required for this purpose: observations, analysis, and climate scenarios of the output of the general circulation model. Since the goal is to simulate precipitation, the daily pr...

En el presente trabajo, se estudian las posibles causas responsables de los episodios de mortandad ocurridos entre las vacas reproductoras de una ganadería de lidia ubicada en la Región de Murcia, con el fin de obtener su diagnóstico e implantar las medidas oportunas para su control. El caso estudiado se desarrolló durante el mes de marzo de 2022 c...