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Description, dynamics and interactions of resilience through ecosystem services approach

Description, dynamics and interactions of resilience ... fileReducing a complex system to a numerical ... Construct a conceptual model of the ecosystem, ... dynamics and functionality

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“Description, dynamics and interactions of resilience through ecosystem services approach”

Fundación Chile

One of the main innovation centers applied in LA

More than 90 found companies

+ 400 professionals from differentdisciplines

Non-profit private law organization, with public mandate

President of the Board is appointed by the President of the Republic

High impact innovations and boost human capital to increase competitiveness,promoting and developing the economy through technological transfers and inpartnership with local and global knowledge networks.

ECOSYSTEM SERVICES

Water Management Tool

ECOSYSTEM SERVICES

Fuente: Evaluación de Ecosistemas del Milenio.

From the functioning

of ecosystems

Benefits thatpeople get

According to CICES, 2013, ecosystem services are "the contributions that ecosystems offer to human well-being" by pointing to three types of services: cultural, provision, regulation and support.

• Drinking water

• Farming

• Fishing

PROVISION

Tourism

Cultural identity

Handicrafts

CULTURAL

•WaterPurification

•Sediment transport

•Nutrition Recycling

REGULATION AND SUPPORT

TYPES OF ECOSYSTEM SERVICES

They satisfy basic and productive needs

Ecological Balance that sustains provision and cultural services

Non-material benefits associated withOur values, spirituality and identity

SHARED TERRITORY

CarbonCapture

Erosion, Flood and Mass Removal Control

Water regulation and water quality

Landscape

Habitat

WOOD PRODUCTION BUILDING

ENERGY

SAWDUST

PAYMENT FOR ECOSYSTEM SERVICES

Reducing a complex system to a numerical value promotes conservation?

VALUATION AND COMPENSATION

PAYMENT FOR ECOSYSTEM SERVICES

Economy and Natural Resources

VALUATION FOR CONSERVATION

Complex Ecosystems

DO NOT HAVE MARKET VALUE AND

ARE FINITE

$

METHODOLOGY APPLIED IN ECOSYSTEM SERVICES

Construct a conceptual model of the ecosystem, identifying:

• Ecosystem Functions and Processes

• Public policies and management tools

• Problems of local communities

1. Focus efforts and resources in the territory

2. Interpreting technical / scientific data

3. Identify applied solutions

Water system is any system where WATER is the fundamental variable thatdetermines the structure, dynamics and functionality of an aquatic ecosystem andthe provision of ecosystem services.

Step 1Identification of water systems in marine and coastal environments

FOCAL WATER SYSTEM

Secondary watersystems

PARTICIPATORY WORKSHOPS

- Scientific Sector

- Public Sector

- Community sector

Step 2 Gather Information

Step 3 Identification of ecosystem services (SE) in water systems

Step 4 Identification of pressures

Waterextraction

Social and politicalcontext

Lack of territorial planning

Solid Waste

ClimateChange

Variation toBiodiversity

VariationWater/morphologyDischarge of

liquid waste

Step 5 Verification of information in the field

Technical sheet of management

Step 6 Analysis of results

Identification of pressures

Prioritization of ecosystem services

List of possible solutions to control

pressures

ECOSYSTEM SERVICES

Application in MangrovesHaití / El Salvador

APPLICATION IN MANGROVES

AQUÍN, HAITI

BAJO LEMPA, EL SALVADOR

AQUÍN, HAITÍ (November 25-26, 2015)

Scientificsector Workshop

Public Sector Workshop

Communitysector Workshop

AQUÍN, HAITI

AQUÍN, HAITI

SOLUCIONES

POVERTY:

Ecosystem Services:

• Drinking Water

• Fishing

• Energy

Pressures:

• Deforestation

• Liquid waste

• Saline intrusion

• Overexploitation

Solutions:

• REM System

• Reforestation with

Mapu

• Regularization Basin

Organization

(Projects)

• New energy systems

BAJO LEMPA, EL SALVADOR (November 30 -December 1 y 2, 2015)

Scientificsector Workshop

Public Sector Workshop

Communitysector Workshop

AQUÍN, HAITI

BAJO LEMPA, EL SALVADOR

COMPLEX SOCIAL

CONTEXT

Ecosystem Service• Drinking Water

• Fishing

Pressures:• Sugar cane

• Destruction Habitat

Solutions:• Intersectoral

Coordination

• Public / private

financing models

ECOSYSTEM SERVICES

Application in AquifersMar del Plata, Argentina

MAR DEL PLATA (October 11 -12, 2016)

Scientificsector Workshop

Public Sector Workshop

Communitysector Workshop

Sistema Hídrico Focal

Pri

ncip

ale

s A

cti

vid

ad

es e

co

mic

as

Sis

tem

as h

ídri

co

s s

ecu

nd

ari

os

• Turismo• Comercio• Pesca• Agricultura

LagunasEsteros

Cursos de agua intermitentes

Mar

MAR DEL PLATA, ARGENTINA

Agua para uso agrícola

Extracción de agua

Pesca artesanalindustrial

Actividades náuticas

Belleza escénica

Pesca intensiva

Alteración hidrogeomorfológica

Regulación geomorfológica

Agua para consumo humano

Agua para uso industrial

Depuración de contaminantes

Regulación climática

Retención de sedimentos

Control de caudales

Captura de carbono

Balance hídrico

Flujo de nutrientes,

control biológico

Refugio de biodiversidad

Balneariosturismo

Descarga de residuos líquidos

Alteración de biodiversidad/ deforestación

Escasa planificación

territorial

Intrusión salina

Afectación a calidad del agua

FLOODING

Ecosystem Services:

• Drinking Water

• Fishing

• Tourism

Pressures:

• Aquifer Salinization

• Overexploitation in coastal

zone

• Potential Pollution

Solutions:

• Improve coastal infiltration

systems

• AP Rate (consumption

measurement)

• Productive Diversification

(Fisheries and Tourism)

• Multipurpose flood systems

• Good practices

PUBLICATION OF

GUIDES

Bajar de: www.waterlac.eu

www.fch.cl

www.waterlac.eu

Claudia [email protected]