Viability Assessments Simplified. C Bold = Current Indicator Ratings Italics = Desired Conservation Target Enter # of Target CategoryKey AttributeIndicator.

Slides:



Advertisements
Similar presentations
The Nature Conservancy Visit nature.org/maryland.
Advertisements

The Magnitude and Impact of By-catch Mortality by Fishing Gear Robin Cook FRS Marine Laboratory Aberdeen UK.
Interagency initiatives: the Tapash Sustainable Forest Collaborative of southcentral Washington Reese Lolley, Betsy Bloomfield & Todd Chaudhry Insert Your.
Economics of Nitrogen and Water Quality Anthony Dvarskas Stony Brook University May 19,
NATAL Giovanna and Maria Victoria. Features: Natal Population: Foundation: 1599 Capital: Natal is the capital of Rio Grande do Norte, Brazil.
Coastal Communities and Marine Resources David Whitaker Department of Natural Resources.
Water Use.
Community consultation 3 September – 10 December 2012 Draft ACT Nature Conservation Strategy.
Ecological Footprint.
Environmental Science Chapter 14 “Land”
The Importance of Coastal Waters - Recent Reports National Coastal Condition Report National Coastal Condition Report Heinz Center’s State of the Nation’s.
Fond D'Or Mangrove Study Site By: Nathaly Agosto Filión & Ted Ortiz y Pino CDAE 195/295: Sustainable Development in Island Communities.
FISHERIES IN BC. HISTORY - Thousands of years ago, the native peoples of BC were fishing with nets and spears -After settlers came, they made homes and.
Squeezing more out of existing data sources: Small Area Estimation of Welfare Indicators Berk Özler The World Bank Development Research Group, Poverty.
Catch of the Day: The State of Global Fisheries
Chapter 7 Section 2 Environmental Science Ms. Mandel
BBA3(Gajaseni)1 Biodiversity McNeely (1988) defined “Biodiversity is a comprehensive word for the degree of nature’s variety, including both the number.
What does the SALCC do? Mission: Create a shared blueprint for landscape conservation actions that sustain natural and cultural resources.
What problems do ecosystems currently face? What are strategies to prevent problems? Are these methods accomplishable? Can we restore original ecosystems?
Overfishing and Extinction: Gone Fishing, Fish Gone (1) Fishery: concentration of a particular wild aquatic species suitable for commercial harvesting.
Living Systems Review Ms. Maners. Aquatic or terrestrial? marsh.
IMPACTS OF CLIMATE CHANGE ON FOREST ECOSYSTEMS 22 nd September 2015 New Delhi.
Conservation Action Planning Process Target Viability/Integrity: An Iterative Process.
1B. Viability Assessment and Goals Conservation Coaches Network Workshop Presentation.
March 2008 FY 2008 Hazardous Fuels Program Direction Unified Targets/Accomplishments.
PROGRESS REPORT 1 st SEMESTER (JANUARY – JULY 2014) THE ASSESSMENT ON BLUE SWIMMING CRABS (Portunus pelagicus (Linnaeus, 1758)) FISHERIES IN NORTH COAST.
Aquatic Ecosystems. Aquatic = water Ecosystem = environment Water – based Ecosystems Freshwater ecosystem Marine (or saltwater) ecosystem.
WALLACE RESOURCE LIBRARY Module 05 – Natural Resource Use and Sustainability D03 – Quantifying the effect of fishing on Amazonian fish WALLACE RESOURCE.
Agricultural Pollutants and Fertilizers A farm is a high contributor to water pollution…why??? Rain typically washes nutrients and fertilizers off of.
This is a version of my full viability assessment presentation. I break the exercise for developing a viability assessment into three breakout group tasks:
WWF’s Protected Area – Benefit Assessment Tool? Sue Stolton Equilibrium Research April 2009.
EoH and the Serengeti General Management Plan. Two processes: EoH and GMP.
Siberian Tiger By:Cheyenne Hardy. They live between 12 to 15 years in the wild Measuring up to abou700 pounds Measuring between 4½ to 9½ feet. No 2 tigers.
The Economics of Climate Change Adaptation UNDP Accra 2012 Robert Mendelsohn Yale University.
Viability reduce, reuse, recycle… Conservation Coaches Network Coach Training.
Ang Shihe 3S2-01 Sean Lee 3S2-12 Tan Boon Yu 3S2-26.
Viability Reduce, Reuse, Recycle Conservation Coaches Network Coach Training.
Oceans 11. What is “fishing”? Exploitation of marine organisms for sustenance, profit, or fun. Examples: –Fish- cod, halibut, salmon, redfish, stripped.
Overfishing Jeff Yoo. What is Overfishing? Overfishing can be defined in many way but it all comes down to one simple point: Catching too much fish. Fishing.
Learning Targets “I Can…”
By: Aliyaa & Leila lhttp://
Human impacts on Aquatic Biodiversity… Our large aquatic footprint.
Jayantha Wijeyaratne Ph.D. Vice-Chancellor and Chair of Zoology University of Kelaniya Sri Lanka.
Overfishing Fisheries. Fishing Catching marine organisms.
Narrated by your classmates. Emptying the Oceans Describe why the old cliché that “there are always more fish in the sea is misleading” Define the terms:
Why do we fish? Survival- many costal communities, particularly in developing countries, fish as a primary food source. Recreation- fishing for fun.
“Five-S” Framework for Conservation Planning Stresses & Sources.
Conservation Action Planning Stresses & Sources. CAP Basic Practice.
State of Nature 2015 Overview of results & available products from articles 12 & 17 reports ( ) Carlos Romão | Eionet – NRC Biodiversity
Georges Bank East Scotian Shelf Grand Banks.
Sustaining Aquatic Biodiversity Chapter What Are the Major Threats to Aquatic Biodiversity?  Concept 11-1 Aquatic species are threatened by.
Conservation Action Planning (CAP) Process Annual Meeting Global Conservation Partnership May 2 & 3, 2005 Harper’s Ferry, WV Mark Carabetta Director of.
2A.Develop a Formal Action Plan: Goals & Strategies © Foundations of Success December 2008.
Chapter 7 section 2 Marine ecosystems. Marine Ecosystems coastal areas and open ocean. coastal organisms adapt to changes in water level and salinity.
Chapter 7-2 Marine Ecosystems.
CAP Overview The first step in Making the Plan
1B. Viability Assessment and Goals
2A. Develop a Formal Action Plan: Objectives
Loss of Habitat Riparian Ecosystems.
Threats - Problems + Causes Problems and their Causes
Viability Assessment Tool
Modular Approach to logbook in the WECAFC Region
Maximum Sustainable Yield & Maximum Economic Yield
Determining Population Size
Conservation Action Planning Process
C5 Population Ecology National geographic celebrates 7 billionth person on October 31, 2011 Need 1.5 Earths to support current growing population 19th.
Over Fishing Oceans 11.
The normal balance of ingredients
1B. Viability Assessment and Goals
Sociocultural Targets in the San Juan Islands CAP
Presentation transcript:

Viability Assessments Simplified

C Bold = Current Indicator Ratings Italics = Desired Conservation Target Enter # of Target CategoryKey AttributeIndicator PoorFairGoodVery Good Current Rating 1Pigs and DeerSizePopulation size & dynamicshunting return per unit effort (overnight trip) hunting with guns yields < 3 animals hunting with guns yields 3-4 animals one hunting session would get 5- 9 animals with a spear hunting with spear will get you 10+ animals Poor 2Catches from the SeaSizePopulation size & dynamicsfish catch per daycatch = 0>0 <30 strings of fish strings of fish > 100 strings of fish Fair 2Catches from the SeaSizePopulation size & dynamicsshrimp catch per day0-1/4 bucket1/4-1/2 bucket 1/2 bucket - 1 bucket >= 1 bucket Fair 3Collections from the Sea SizePopulation size & dynamicsshellfish catch per day< 1/2 sack/day 1/2-3 sack/day 3-5 sack/day> 5 sack/day Fair 4Mangrove ForestConditionavailability of subsistence goods Availability of sea produce from mangrove forest difficult to find sea produce good sites at reasonable distance slight reduction not difficult Very Good Assessment of Target Viability: Bintuni Bay Nature Reserve

Comments for Current Ratings: Pigs and Deer:: 10 years ago estimate = Very Good. These are animals which live in the mangrove forest, and are used for local consumption and for sale. Ten years ago, Pigs/Deer was in good condition (they could be caught using torches and machetes, hunting was close to home, one session with a spear could yield up to 10 animals); the current condition is fair (animals are easily scared, difficult to hunt with machetes, hunting is at a distance from home, one session with a spear could yield up to 5 animals); whereas the predicted future condition is bad (a hunt will only meet a few individuals, hunting with guns will yield only 3 animals. This deterioration is due to an increase in human population, infrastructure development, and clearance of forest. Catches from the Sea 10 years ago - Very Good This means produce from the sea comprising fish and shrimps which are caught for local consumption and for sale. The current condition of Catches from the Sea is fair (half a bucket of shrimp can be caught on high tides using a net, and fishing is good at moderate distance from home, with a net can catch 100 stringers). Ten years ago the condition was very good (a bucket of shrimp could be caught on high tides using a net, and fishing was good close from home, with a net could catch 200 stringers). Whereas ten years into the future the condition is expected to be poor (quarter of a bucket of shrimp can be caught on high tides using a net, and fishing is a long distance from home, with a net can catch 30 stringers). This reduction in quality is due to commercial fishing by trawlers even inside the small rivers, and to catching using poisons. Collections from the Sea. 10 years ago - Very Good. This means poduce from the sea as crabs and shellfish, that are collected for food and to sell. Ten years ago Collections from the Sea was in very good condition (crabs could be collected in abundance, collecting sites were close to home; shellfish could easily be collected in abundance, up to 5 sacks per person). The current condition is fair (crabs can be collected fairly easily, but at 5 times the distance from home; shellfish are not difficult to find in abundance, up to 3 sacks per person); but the future condition of Collections from the Sea is estimated to be poor (crabs will only be collected far from home; shellfish could only be collected further from home, up to half a sack per person). For crabs this change in condition is due to them being eaten by monitor lizards and captured by fish trawls; shellfish are found in muddy, shallow, sites (up to the ankles) in clear water. Mangrove Forest 10 years ago - Very Good The condition of Mangrove Forest ten years ago, currently, and ten years into the future is expected to be very good (as utilisation of Mangrove Forest is still limited to traditional uses). Although the condition is very good, there has been a small loss in quality due to worries about mangrove clearance for shrimp ponds and for shifting sites of log-ponds [for loading timber onto barges Assessment of Target Viability: Bintuni Bay Nature Reserve

Successive passes/iterations for viability assessment 1st iteration = first credible iteration of a conservation action plan –1st pass = possible level of detail entered in the first draft of the target viability table –2nd pass = possible level of detail entered as part of the 1st iteration but after completion of threats and strategies tables 2nd iteration = second iteration of a conservation action plan (1-5 years after completion of the first iteration)

Focal Target Viability Assessment – KEA & Indicator example Indicator Ratings Bold=Current Italics=Desired Focal Target CategoryKey AttributeIndicatorPoorFairGoodVery Good Date of Current Rating Date for Desired Rating grassland - Type X Landscape Context fire regimefire frequency not enough fire grassland - Type X Size Size/extent of characteristic communities / ecosystems aerial extent in acres > 100,000 acres Aug-04 1st iteration – 1st pass

Indicator Ratings Bold=Current Italics=Desired Focal Target CategoryKey AttributeIndicatorPoorFairGoodVery Good Date of Current Rating Date for Desired Rating grassland - Type X Landscape Context fire regimefire frequency not enough fire grassland - Type X Landscape Context fire regimefire frequency > 10 years 5-10 years Aug-04Aug-14 grassland - Type X Size Size/extent of characteristic communities / ecosystems aerial extent in acres > 100,000 acres Aug-04 1st iteration – 2nd pass Focal Target Viability Assessment – KEA & Indicator example

Indicator Ratings Bold=Current Italics=Desired Focal Target CategoryKey AttributeIndicatorPoorFairGoodVery Good Date of Current Rating Date for Desired Rating grassland - Type X Landscape Context fire regimefire frequency not enough fire grassland - Type X Landscape Context fire regimefire frequency > 10 years 5-10 years Aug-04Aug-14 grassland - Type X Landscape Context fire regime fire frequency - % grassland occurrence with return interval of 5-10 years <25%25-50%51-75%>75%Aug-04Aug-14 grassland - Type X Size Size/extent of characteristic communities / ecosystems aerial extent in acres < 75,000 acres 75,000to 100,000 acres > 100,000 acres Aug-04 2nd iteration Focal Target Viability Assessment – KEA & Indicator example