Ignacio Cabrera Fernández
Biographic Data
| ID | 127262 |
|---|---|
| NAME | Ignacio Cabrera Fernández |
| GIVEN NAMES | Ignacio Cabrera |
| FAMILY NAME | Fernández |
| SIGNATURE | FERNÁNDEZ I C |
| AFFILIATIONS | Universidad Mayor |
| ORCID | 0000-0002-3631-9932 |
| VERIFIED | Yes |
| TOTAL WORKS | 7 |
| TOTAL CITATIONS | 3 |
| AUTHOR COUNT | 7 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 1984 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 1 |
Distance to canopy edge and tree trunk proximity affect understory temperature and humidity in urban tree stands
Climate change is increasing extreme temperatures in urban areas, degrading environmental quality and threatening the health of vulnerable human populations. Planting trees has become a key strategy for regulating urban temperatures, particularly for reducing heat extremes during hot weather. Trees provide shade and increase moisture, lowering below-canopy temperatures. This cooling effect could be enhanced by planting trees in groups. However, i…
Green cover and socioemotional and academic outcomes of school-age children. The case of Santiago, Chile
The association between green cover and health indicators has been extensively studied, pointing to important impacts on stress reduction and emotional outcomes. In addition, several studies have established a positive association between vegetation and children academic achievement. Nevertheless, none of these studies have attempted to measure the association between vegetation and socioemotional and academic outcomes of school-age children conc…
Dime qué tipo de vegetación tienes y te diré en qué comuna vives. La injusta distribución de la vegetación en Santiago de Chile
Different studies have shown that the city of Santiago is unequal in terms of areas cove red by vegetation. However, these studies have not explored as to whether these inequa lity levels differ depending on the specific types of land- and vegetation-cover. With this aim, this study uses satellite images and spectral classification techniques to map five land-cover types (i.e. built-up, bare soil, grass, evergreen trees, deciduous trees), using t…
A multiple-class distance-decaying approach for mapping temperature reduction ecosystem services provided by urban vegetation in Santiago de Chile
When to use what
Battling Urban Poverty from Below
La distribución rango-tamaño en la región fronteriza de Sonora y Arizona
Esta presentación aborda el estudio de la formación de las redes regionales y urbanas, que ayudan a explicar el comportamiento de la sociedad en sus distintas etapas históricas. Para el análisis se seleccionó a 21 ciudades del noroeste de México y suroeste de los Estados Unidos de América, de acuerdo a la importancia e impacto que ciudades a ambos lados de la frontera han tenido sobre el desarrollo socioeconómico de la región, el cual se identifi…
Battling Urban Poverty from Below
Dime qué tipo de vegetación tienes y te diré en qué comuna vives. La injusta distribución de la vegetación en Santiago de Chile
Different studies have shown that the city of Santiago is unequal in terms of areas cove red by vegetation. However, these studies have not explored as to whether these inequa lity levels differ depending on the specific types of land- and vegetation-cover. With this aim, this study uses satellite images and spectral classification techniques to map five land-cover types (i.e. built-up, bare soil, grass, evergreen trees, deciduous trees), using t…
La distribución rango-tamaño en la región fronteriza de Sonora y Arizona
Esta presentación aborda el estudio de la formación de las redes regionales y urbanas, que ayudan a explicar el comportamiento de la sociedad en sus distintas etapas históricas. Para el análisis se seleccionó a 21 ciudades del noroeste de México y suroeste de los Estados Unidos de América, de acuerdo a la importancia e impacto que ciudades a ambos lados de la frontera han tenido sobre el desarrollo socioeconómico de la región, el cual se identifi…
Battling Urban Poverty from Below
When to use what
A multiple-class distance-decaying approach for mapping temperature reduction ecosystem services provided by urban vegetation in Santiago de Chile
Dime qué tipo de vegetación tienes y te diré en qué comuna vives. La injusta distribución de la vegetación en Santiago de Chile
Different studies have shown that the city of Santiago is unequal in terms of areas cove red by vegetation. However, these studies have not explored as to whether these inequa lity levels differ depending on the specific types of land- and vegetation-cover. With this aim, this study uses satellite images and spectral classification techniques to map five land-cover types (i.e. built-up, bare soil, grass, evergreen trees, deciduous trees), using t…
Green cover and socioemotional and academic outcomes of school-age children. The case of Santiago, Chile
The association between green cover and health indicators has been extensively studied, pointing to important impacts on stress reduction and emotional outcomes. In addition, several studies have established a positive association between vegetation and children academic achievement. Nevertheless, none of these studies have attempted to measure the association between vegetation and socioemotional and academic outcomes of school-age children conc…
Distance to canopy edge and tree trunk proximity affect understory temperature and humidity in urban tree stands
Climate change is increasing extreme temperatures in urban areas, degrading environmental quality and threatening the health of vulnerable human populations. Planting trees has become a key strategy for regulating urban temperatures, particularly for reducing heat extremes during hot weather. Trees provide shade and increase moisture, lowering below-canopy temperatures. This cooling effect could be enhanced by planting trees in groups. However, i…
Geography (5 works) · Art (3 works) · Ecology (3 works) · Humanities (3 works) · Land Use and Ecosystem Services (3 works) · Urban Green Space and Health (3 works) · Urban Heat Island Mitigation (3 works) · Biology (2 works) · Computer Science (2 works) · Environmental Science (2 works)