Chapter 5 Using Fuzzy Cognitive Maps to describe current system dynamics and develop land cover scenarios: a case
6.4 Interactions and feedbacks
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
human Figure 6.1
the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
human Figure 6.1
the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
human- Figure 6.1
the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
-environment system at the local scale, and is more important than the feedback loop Figure 6.1 – System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
6.4.2 Relevant feedback loops
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed in chapter 5 (for details see section 5.5.2 and Table 5.5).
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness and gray scale of boxes, as shown in the legend.
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed
Table 5.5).
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed
Table 5.5).
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed
Table 5.5).
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia State. The weights and intensity of interactions between land cover change p
location factors, direct and indirect drivers of change are represented by arrow thickness
The interactions identified in FCMs at the local and regional scales indic
feedback loops, which are listed in Table 6.1. These feedbacks were explored taking into account the interactions identified as sensitive, according to the sensitivity analysis executed
Table 5.5).
Figure 6.1 clearly shows the feedback loops within accessibility, agro
expansion (deforestation) and secondary forest patterns are important interactions both in old or new settlements. This feedback loop appears to be of overriding im
environment system at the local scale, and is more important than the feedback loop System´s model representing the interactions and feedback loops retrieved from the Fuzzy Cognitive Map at the local scale in old and new rural settlements in Rondônia