Questões da Prova CESPE - 2011 - MMA - Analista Ambiental - V
Foram encontradas 120 questões
Resolva questões gratuitamente!
Junte-se a mais de 4 milhões de concurseiros!
Ano: 2011
Banca:
CESPE / CEBRASPE
Órgão:
MMA
Provas:
CESPE - 2011 - MMA - Analista Ambiental - V
|
CESPE - 2011 - MMA - Analista Ambiental - IV |
Q86560
Engenharia Ambiental e Sanitária
Texto associado
A Bacia do Alto Paraguai (BAP) corresponde a uma bacia
hidrográWca transfronteiriça, compartilhada por dois estados
brasileiros, abrangendo a região do Pantanal. Assim, é fundamental
que tanto organismos do Brasil quanto da Bolívia e do Paraguai
compartilhem a responsabilidade pela gestão dos recursos naturais
da BAP, em especial de seus recursos hídricos e biodiversidade.
Adaptado do Relatório final do Programa de Ações Estratégicas para o
Gerenciamento Integrado do Pantanal e Bacia do Alto Paraguai. Programa
de Ações Estratégicas para o Gerenciamento Integrado – PAE, 2004.
Considerando o texto acima, julgue o item subsequente, a
respeito da gestão da BAP.
hidrográWca transfronteiriça, compartilhada por dois estados
brasileiros, abrangendo a região do Pantanal. Assim, é fundamental
que tanto organismos do Brasil quanto da Bolívia e do Paraguai
compartilhem a responsabilidade pela gestão dos recursos naturais
da BAP, em especial de seus recursos hídricos e biodiversidade.
Adaptado do Relatório final do Programa de Ações Estratégicas para o
Gerenciamento Integrado do Pantanal e Bacia do Alto Paraguai. Programa
de Ações Estratégicas para o Gerenciamento Integrado – PAE, 2004.
Considerando o texto acima, julgue o item subsequente, a
respeito da gestão da BAP.
Como, em razão da extensão da BAP, o nível das águas influencia diretamente a sua qualidade, no período de cheia, a qualidade da água é melhor que no período de águas baixas, o que justifica a prática de fechamento das lagoas.
Ano: 2011
Banca:
CESPE / CEBRASPE
Órgão:
MMA
Provas:
CESPE - 2011 - MMA - Analista Ambiental - V
|
CESPE - 2011 - MMA - Analista Ambiental - IV |
Q86558
Engenharia Ambiental e Sanitária
Texto associado
A Bacia do Alto Paraguai (BAP) corresponde a uma bacia
hidrográWca transfronteiriça, compartilhada por dois estados
brasileiros, abrangendo a região do Pantanal. Assim, é fundamental
que tanto organismos do Brasil quanto da Bolívia e do Paraguai
compartilhem a responsabilidade pela gestão dos recursos naturais
da BAP, em especial de seus recursos hídricos e biodiversidade.
Adaptado do Relatório final do Programa de Ações Estratégicas para o
Gerenciamento Integrado do Pantanal e Bacia do Alto Paraguai. Programa
de Ações Estratégicas para o Gerenciamento Integrado – PAE, 2004.
Considerando o texto acima, julgue o item subsequente, a
respeito da gestão da BAP.
hidrográWca transfronteiriça, compartilhada por dois estados
brasileiros, abrangendo a região do Pantanal. Assim, é fundamental
que tanto organismos do Brasil quanto da Bolívia e do Paraguai
compartilhem a responsabilidade pela gestão dos recursos naturais
da BAP, em especial de seus recursos hídricos e biodiversidade.
Adaptado do Relatório final do Programa de Ações Estratégicas para o
Gerenciamento Integrado do Pantanal e Bacia do Alto Paraguai. Programa
de Ações Estratégicas para o Gerenciamento Integrado – PAE, 2004.
Considerando o texto acima, julgue o item subsequente, a
respeito da gestão da BAP.
O projeto para a proteção ambiental e desenvolvimento sustentável do sistema aquífero Guarani contempla o planalto da BAP a partir da região onde afloram os sedimentos do aquífero Guarani a leste.
Q86553
Engenharia Ambiental e Sanitária
Texto associado
Considerando que uma bacia hidrográfica de solo permeável, sujeita a precipitações intensas e integralmente recoberta por vegetação
natural tenha a totalidade dessa cobertura vegetal removida, julgue o item a seguir, a respeito do comportamento hidrológico dessa bacia.
natural tenha a totalidade dessa cobertura vegetal removida, julgue o item a seguir, a respeito do comportamento hidrológico dessa bacia.
Com a remoção da cobertura vegetal da bacia, o solo armazenará maior quantidade de água, recarregando o aquífero e, em consequência, serão menores as flutuações de nível dos rios que drenam a bacia.
Ano: 2011
Banca:
CESPE / CEBRASPE
Órgão:
MMA
Provas:
CESPE - 2011 - MMA - Analista Ambiental - III
|
CESPE - 2011 - MMA - Analista Ambiental - V |
CESPE - 2011 - MMA - Analista Ambiental - IV |
Q86399
Inglês
Texto associado
1 Climate change is a defining issue of our time, a
challenge that already affects and will increasingly impact all
nations, including some whose very survival is at risk. The
4 complexity of the problem is intrinsically linked with overarching societal issues, such as poverty reduction, economic development and population growth
7 After a decade of work on integrating Earth- and satellite-based observing networks, thereby establishing new observation methods that have made a tremendous impact on
10 the way climate change and physical oceanic variability is measured, scientists are once again exploring uncharted waters and looking to set a new course for the future at the
13 OceanObs'09 Conference in Venice, Italy on September 21-25. Ten years ago — at the first conference for a comprehensive ocean observing system — scientists envisioned measuring
16 satellite altimetry of sea-surface height with tide gauges and buoy measurements in order to forecast ocean currents. They brainstormed methods for monitoring changes in temperature
19 and salinity in the Southern Ocean and the South Atlantic which had never been systematically monitored. They also drew up a plan for implementing a global array of temperature
22 and salinity floats that would profile the water column down to a depth of 2,000 meters in real time. The initiatives launched at that conference a decade ago have since provided data that
25 fed the International Panel on Climate Change (IPCC) assessments of human influence on climate change, improved seasonal forecasts crucial for agriculture, hydropower, and
28 storm prediction and provided information invaluable to the lives and safety of mariners. Internet: (adapted).
4 complexity of the problem is intrinsically linked with overarching societal issues, such as poverty reduction, economic development and population growth
7 After a decade of work on integrating Earth- and satellite-based observing networks, thereby establishing new observation methods that have made a tremendous impact on
10 the way climate change and physical oceanic variability is measured, scientists are once again exploring uncharted waters and looking to set a new course for the future at the
13 OceanObs'09 Conference in Venice, Italy on September 21-25. Ten years ago — at the first conference for a comprehensive ocean observing system — scientists envisioned measuring
16 satellite altimetry of sea-surface height with tide gauges and buoy measurements in order to forecast ocean currents. They brainstormed methods for monitoring changes in temperature
19 and salinity in the Southern Ocean and the South Atlantic which had never been systematically monitored. They also drew up a plan for implementing a global array of temperature
22 and salinity floats that would profile the water column down to a depth of 2,000 meters in real time. The initiatives launched at that conference a decade ago have since provided data that
25 fed the International Panel on Climate Change (IPCC) assessments of human influence on climate change, improved seasonal forecasts crucial for agriculture, hydropower, and
28 storm prediction and provided information invaluable to the lives and safety of mariners. Internet: (adapted).
The adverb “thereby" (L.8) is synonymous with because of that.
Ano: 2011
Banca:
CESPE / CEBRASPE
Órgão:
MMA
Provas:
CESPE - 2011 - MMA - Analista Ambiental - III
|
CESPE - 2011 - MMA - Analista Ambiental - V |
CESPE - 2011 - MMA - Analista Ambiental - IV |
Q86398
Inglês
Texto associado
1 Climate change is a defining issue of our time, a
challenge that already affects and will increasingly impact all
nations, including some whose very survival is at risk. The
4 complexity of the problem is intrinsically linked with overarching societal issues, such as poverty reduction, economic development and population growth
7 After a decade of work on integrating Earth- and satellite-based observing networks, thereby establishing new observation methods that have made a tremendous impact on
10 the way climate change and physical oceanic variability is measured, scientists are once again exploring uncharted waters and looking to set a new course for the future at the
13 OceanObs'09 Conference in Venice, Italy on September 21-25. Ten years ago — at the first conference for a comprehensive ocean observing system — scientists envisioned measuring
16 satellite altimetry of sea-surface height with tide gauges and buoy measurements in order to forecast ocean currents. They brainstormed methods for monitoring changes in temperature
19 and salinity in the Southern Ocean and the South Atlantic which had never been systematically monitored. They also drew up a plan for implementing a global array of temperature
22 and salinity floats that would profile the water column down to a depth of 2,000 meters in real time. The initiatives launched at that conference a decade ago have since provided data that
25 fed the International Panel on Climate Change (IPCC) assessments of human influence on climate change, improved seasonal forecasts crucial for agriculture, hydropower, and
28 storm prediction and provided information invaluable to the lives and safety of mariners. Internet: (adapted).
4 complexity of the problem is intrinsically linked with overarching societal issues, such as poverty reduction, economic development and population growth
7 After a decade of work on integrating Earth- and satellite-based observing networks, thereby establishing new observation methods that have made a tremendous impact on
10 the way climate change and physical oceanic variability is measured, scientists are once again exploring uncharted waters and looking to set a new course for the future at the
13 OceanObs'09 Conference in Venice, Italy on September 21-25. Ten years ago — at the first conference for a comprehensive ocean observing system — scientists envisioned measuring
16 satellite altimetry of sea-surface height with tide gauges and buoy measurements in order to forecast ocean currents. They brainstormed methods for monitoring changes in temperature
19 and salinity in the Southern Ocean and the South Atlantic which had never been systematically monitored. They also drew up a plan for implementing a global array of temperature
22 and salinity floats that would profile the water column down to a depth of 2,000 meters in real time. The initiatives launched at that conference a decade ago have since provided data that
25 fed the International Panel on Climate Change (IPCC) assessments of human influence on climate change, improved seasonal forecasts crucial for agriculture, hydropower, and
28 storm prediction and provided information invaluable to the lives and safety of mariners. Internet: (adapted).
Scientists are once again exploring waters which have not yet been explored.