Pucar, Mila

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  • Pucar, Mila (2)
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Author's Bibliography

Истраживања у оквиру израде Акционог плана за зелени град – Град Београд (GCAP) и Акционог плана за одрживу енергију и климу за Град Београд (SECAP)

Pucar, Mila; Simonović Alfirević, Sanja; Pantić, Marijana; Nenković-Riznić, Marina; Petrović, Snežana

(Niš: Udruženje urbanista Srbije, 2021)

TY  - CONF
AU  - Pucar, Mila
AU  - Simonović Alfirević, Sanja
AU  - Pantić, Marijana
AU  - Nenković-Riznić, Marina
AU  - Petrović, Snežana
PY  - 2021
UR  - http://raumplan.iaus.ac.rs/handle/123456789/644
AB  - Град Београд је 2018. год потписао Споразум градоначелника (C ) за климу и енергију се обавезао да ће до 2030. смањити ине оМ чиме године (1) емисиј угљендиоксида (CO2) у одабраним секторима за најмање 40%, повећати отпорност града на утицаје климатских промена и обезбедити у (2) (3) сигуран приступ одрживој енергији. Да би се то спровело, израд Акцион план за зелени град и обновљивој приступило се и ог а и Акционог плана (GCAP) за одрживу енергију и климу ( . У изради оба Акциона плана радили су ови из различитих институција из Србије и света којима је SECAP тим експерата ) , кординирала компанија из Уједињеног краљевства. Део експертских тимова чинили су и истраживачи ИАУС-а са спољним Mott MacDonald Ltd сарадницима.
AB  - The City of Belgrade signed the Covenant of Mayors for Climate and Energy in 2018, thus obliging itself to: (1) reduce CO2 emission in selected sectors by at least 40%, (2) increase resilience towards climate change and (3) secure access to sustainable and renewable energy by 2030. To achieve this, the creation of the Green City Action Plan and the Sustainable Energy and Climate Action Plan commenced. Teams of experts from Serbia and other countries were involved in the creation of both Action plans coordinated by Mott MacDonald Ltd of the United Kingdom. One of the expert teams included researchers from the IAUS and th , eir external associates.
PB  - Niš: Udruženje urbanista Srbije
C3  - 30th International Urban Planners' Exhibition Niš 8-13 November 2021
T1  - Истраживања у оквиру израде Акционог плана за зелени град – Град Београд (GCAP) и Акционог плана за одрживу енергију и климу за Град Београд (SECAP)
T1  - Research for the GCAP – Green City Action Plan for City of Belgrade and the SECAP – Sustainable Energy and Climate Action Plan
SP  - 07.05
EP  - 07.05
ER  - 
@conference{
author = "Pucar, Mila and Simonović Alfirević, Sanja and Pantić, Marijana and Nenković-Riznić, Marina and Petrović, Snežana",
year = "2021",
abstract = "Град Београд је 2018. год потписао Споразум градоначелника (C ) за климу и енергију се обавезао да ће до 2030. смањити ине оМ чиме године (1) емисиј угљендиоксида (CO2) у одабраним секторима за најмање 40%, повећати отпорност града на утицаје климатских промена и обезбедити у (2) (3) сигуран приступ одрживој енергији. Да би се то спровело, израд Акцион план за зелени град и обновљивој приступило се и ог а и Акционог плана (GCAP) за одрживу енергију и климу ( . У изради оба Акциона плана радили су ови из различитих институција из Србије и света којима је SECAP тим експерата ) , кординирала компанија из Уједињеног краљевства. Део експертских тимова чинили су и истраживачи ИАУС-а са спољним Mott MacDonald Ltd сарадницима., The City of Belgrade signed the Covenant of Mayors for Climate and Energy in 2018, thus obliging itself to: (1) reduce CO2 emission in selected sectors by at least 40%, (2) increase resilience towards climate change and (3) secure access to sustainable and renewable energy by 2030. To achieve this, the creation of the Green City Action Plan and the Sustainable Energy and Climate Action Plan commenced. Teams of experts from Serbia and other countries were involved in the creation of both Action plans coordinated by Mott MacDonald Ltd of the United Kingdom. One of the expert teams included researchers from the IAUS and th , eir external associates.",
publisher = "Niš: Udruženje urbanista Srbije",
journal = "30th International Urban Planners' Exhibition Niš 8-13 November 2021",
title = "Истраживања у оквиру израде Акционог плана за зелени град – Град Београд (GCAP) и Акционог плана за одрживу енергију и климу за Град Београд (SECAP), Research for the GCAP – Green City Action Plan for City of Belgrade and the SECAP – Sustainable Energy and Climate Action Plan",
pages = "07.05-07.05"
}
Pucar, M., Simonović Alfirević, S., Pantić, M., Nenković-Riznić, M.,& Petrović, S.. (2021). Истраживања у оквиру израде Акционог плана за зелени град – Град Београд (GCAP) и Акционог плана за одрживу енергију и климу за Град Београд (SECAP). in 30th International Urban Planners' Exhibition Niš 8-13 November 2021
Niš: Udruženje urbanista Srbije., 07.05-07.05.
Pucar M, Simonović Alfirević S, Pantić M, Nenković-Riznić M, Petrović S. Истраживања у оквиру израде Акционог плана за зелени град – Град Београд (GCAP) и Акционог плана за одрживу енергију и климу за Град Београд (SECAP). in 30th International Urban Planners' Exhibition Niš 8-13 November 2021. 2021;:07.05-07.05..
Pucar, Mila, Simonović Alfirević, Sanja, Pantić, Marijana, Nenković-Riznić, Marina, Petrović, Snežana, "Истраживања у оквиру израде Акционог плана за зелени град – Град Београд (GCAP) и Акционог плана за одрживу енергију и климу за Град Београд (SECAP)" in 30th International Urban Planners' Exhibition Niš 8-13 November 2021 (2021):07.05-07.05.

Residential space as changeable and resilient polygon for future living

Brankov, Borjan; Nenković-Riznić, Marina; Pucar, Mila

(Niš : Faculty of Civil Engineering and Architecture, University of Niš, 2020)

TY  - CONF
AU  - Brankov, Borjan
AU  - Nenković-Riznić, Marina
AU  - Pucar, Mila
PY  - 2020
UR  - https://raumplan.iaus.ac.rs/handle/123456789/580
AB  - Communities today are faced with increasingly dynamic changes in the city and especially in their residential parts. It is important to consider how much residential space and its residents have the capacity to accept or endure the different aspects of changes (climate, social, environmental, functional, etc.). Although almost all changes at the city level are focused on public service facilities and spaces, the residential segment of the city is another major function that must be adequately adapted to the change.
In this regard, the research focuses on observing changes and opportunities for achieving resilience in multi-family housing. The premise of the paper is that changes manifest and can be differently absorbed/mitigated at different spatial levels within the residential complex. The paper, through a case study of a selected urban block in Belgrade, presents an analysis of three spatial levels of resilience and transformational possibilities: (1) level of the building, (2) surrounding of the building, and (3) the residential block. The assumption of the paper is that different spatial levels are interdependent in terms of the possibility of transformation and adaptability to different types of changes. 
The analysis of thrеe spatial levels in the paper shows that the spatial organization and the qualities of Block 22 can be a good base for adapting to different changes. Combining different responses to change in those spatial levels paper will show how the community and the urban block can be more resilient and can contribute to the general resilience of the city.
PB  - Niš : Faculty of Civil Engineering and Architecture, University of Niš
C3  - Proceedings of Third International conference on urban planning – ICUP 2020
T1  - Residential space as changeable and resilient polygon for future living
SP  - 73
EP  - 79
ER  - 
@conference{
author = "Brankov, Borjan and Nenković-Riznić, Marina and Pucar, Mila",
year = "2020",
abstract = "Communities today are faced with increasingly dynamic changes in the city and especially in their residential parts. It is important to consider how much residential space and its residents have the capacity to accept or endure the different aspects of changes (climate, social, environmental, functional, etc.). Although almost all changes at the city level are focused on public service facilities and spaces, the residential segment of the city is another major function that must be adequately adapted to the change.
In this regard, the research focuses on observing changes and opportunities for achieving resilience in multi-family housing. The premise of the paper is that changes manifest and can be differently absorbed/mitigated at different spatial levels within the residential complex. The paper, through a case study of a selected urban block in Belgrade, presents an analysis of three spatial levels of resilience and transformational possibilities: (1) level of the building, (2) surrounding of the building, and (3) the residential block. The assumption of the paper is that different spatial levels are interdependent in terms of the possibility of transformation and adaptability to different types of changes. 
The analysis of thrеe spatial levels in the paper shows that the spatial organization and the qualities of Block 22 can be a good base for adapting to different changes. Combining different responses to change in those spatial levels paper will show how the community and the urban block can be more resilient and can contribute to the general resilience of the city.",
publisher = "Niš : Faculty of Civil Engineering and Architecture, University of Niš",
journal = "Proceedings of Third International conference on urban planning – ICUP 2020",
title = "Residential space as changeable and resilient polygon for future living",
pages = "73-79"
}
Brankov, B., Nenković-Riznić, M.,& Pucar, M.. (2020). Residential space as changeable and resilient polygon for future living. in Proceedings of Third International conference on urban planning – ICUP 2020
Niš : Faculty of Civil Engineering and Architecture, University of Niš., 73-79.
Brankov B, Nenković-Riznić M, Pucar M. Residential space as changeable and resilient polygon for future living. in Proceedings of Third International conference on urban planning – ICUP 2020. 2020;:73-79..
Brankov, Borjan, Nenković-Riznić, Marina, Pucar, Mila, "Residential space as changeable and resilient polygon for future living" in Proceedings of Third International conference on urban planning – ICUP 2020 (2020):73-79.