Task 6B: Geographical Inquiry Validation (10%)

Fieldwork

  1. What is the Role of Data Collection in Forest Management?

Data collection is a way of tracking and monitoring that goes into the research, which helps to regulate and improve forest health. Physical data provides factual bias for decision-making, policy development and general monitoring of forest health.

(To guide forest management activities)

Some types of data that might be collected in a forest can include:

  • Tree species

  • Tree volume (basal area)

  • Age of the tree

  • Rate of growth

  • Canopy cover

  • Tree density

  • Soil moisture

  1. How can data collected during fieldwork (e.g. tree measurements, canopy cover, soil moisture) influence decisions about forest health and resilience?

Knowing the health or status of the forest allows scientists, biologists, rangers and other geographical professionals to decide on things that need to be done to increase the health and biodiversity of the forest.

For example, the amount of canopy that a forest has can have an effect on the climate or the understory - Larger canopy = cooler, more damp understory and Smaller canopy = Warmer and drier understory.

By knowing things such as how moist the soil is it allows us to make decisions such as we will plant more trees of a specific species or we will take out a certain portion of trees in order to let more soil absorb the moisture.

  1. Explain how different forest types (e.g. regrowth, mature, damaged) might require different management strategies. How could field data help identify these needs?

Various types of forests require different types of management styles in order to maintain balance.

Regrowth forest = A younger forest typically recovering from being logged, fire or clearing. They tend to be full of a balanced number of fast-growing species to limit competition and increase the rate of growth. They are also generally well-maintained with limited species and a high rate of weed management.

Mature forest = Older forests that are more mature and have more stable ecosystems. They tend to have complex biodiversity, large trees and habitats. Logging in most mature forests is illegal, and monitoring occurs, however, with little human disturbance to the carefully balanced forest. (Fire management tends to be increased due to the higher fuel load.

Damaged or degraded forest = Damaged forests are heavily logged or burnt, possibly even invaded by pests or weeds. They are often under strict restoration regimes and are undergoing replanting or native species, soil rehabilitation, invasion management, erosion prevention and other active programs and restoration.

By knowing what type of forest a forest is that is about to undergo management, it allows you to know if a forest needs to be thinned or the soil needs to be restored ect.

  1. Why is it important to measure both biotic (e.g. species diversity) and abiotic (e.g. soil, fire risk) factors when planning forest management actions?

Biotic factors = Living or once-living components of an ecosystem, they include plants, animals, fungi and bacteria.

Abiotic factors = Non-living factors such as the physical and chemical elements, such as sunlight, water, temperature, soil, air, humidity and minerals.

By knowing how much rainfall there is in an area, you are able to know how humid an area is, indicating the amount of water available and further indicating what type of species could be living in that area. Forest and all about balance, and you cannot have one without abiotic or biotic factors; both come hand in hand and support each other.

When thinking about forest management, you have to address the whole system, not just one part. Example: Replanting of trees (Biotic) will fail if the soil is too degraded (Abiotic) and protecting against fire (abiotic) is ineffective if invasive species reduce biodiversity (Biotic).

  1. Describe how your fieldwork data could be used to support or challenge a proposed forest management plan. What evidence would be most persuasive?

By providing and having direct evidence-based insight into the forest, you have facts and knowledge about the forest’s actual conditions. When you know the tree age or canopy cover, you can confirm whether the forest is healthy or not. The data collected also allows for you to track temporal changes that might be in support or not in support, resulting in the increase of biodiversity or fill in other gaps, highlighting the possible need for restoration or both abiotic and biotic factors.

The quantifiable evidence is direct and has direct correlations to the management goals of an organisation. Data such as species count can indicate other things, such as high fuel loads, that would then link to an increased risk of fires all of this comes for one piece of evidence in regards to the high fuel load. → These measurable factors help make justifiable decisions for or against decisions made by organisations.

  1. What are the benefits and limitations of using field-based methods (e.g. transects, plot surveys, canopy tools) to inform forest management decisions?

Transect = Small section of land; A defined line or path along which observations are made.

Plot survey = The process of precisely determining the exact location and boundaries of a specific parcel of land.

Canopy tools = Used to classify land and tree cover across a given area.

When conducting field work, there are many factors to consider. Detailed data collection methods tend to be high cost, highly labour-intensive (labour costs), and there is also spatial limitations due to human inability to move at the same rate as a drone. This means that Field-based forest monitoring only provides localised insight yet at an accurate and high cost.

To manage a forest, it is essential to have this vital information that is collected through field-based data collection, allowing you to gain more understanding and knowledge about the specific land being researched.

To combat some of the issues/limitations that it brings up, such as allowing a border region to be mapped and researched, we can use things such as satellite, drone and radar that allow for remotely sensed data that tends to be more vague.

  1. How might community values and cultural knowledge (e.g. Noongar custodianship) influence forest management decisions alongside scientific data?

 indigenous communities and custodians of land hold knowledge that is spiritual, Social and ecological, all of which is information that is not always seen in the science or ‘European way’ of doing things. E.G - Noongar seasons = much more accurate.

A social aspect includes the respect for land and the relationship that the researchers have with elders to ensure that the sacred land is treated well and with respect for all those who have passed.

With the combination of the rich spiritual connection and the actual surface and scientific knowledge of the land that is being studied, it allows for an even richer understanding that extends for generations and allows for predictions, knowledge and growth to be developed.

 

Case Study: Australia (South West WA) vs Indonesia (Riau Province)

  1. Describe the commodity, good or service
    Outline the characteristics and uses of timber as a fibre-based good in WA, and Forests, paper pulp and palm oil in Riau. Include their roles in construction, packaging, bioenergy, and consumer goods.

🌲Timber = Commodity/Good.

⬆ Uses include:

  • Furniture (Especially 1950s - 1960s)

    • Redwood = natural resistance to pests, decay and weathering → long-lasting material with a distinctive beauty.

  • Structural wood (Hardwood, e.g Spotted gum, Jarrah)

    • Used to build both residential and commercial for flooring, decking and cladding.

  1. Describe the process of diffusion and spatial distribution
    Explain how timber and pulp/palm oil industries have spread geographically over time, including plantation expansion, trade routes, and global market integration. Compare the spatial distribution of forestry operations in South West WA and Riau.

  1. Describe changes in spatial distribution of production and consumption
    What shifts in where timber is harvested and processed in WA under the new Forest Management Plan (e.g. reduced native logging, increased plantation use), and how Riau’s pulp and palm oil industries have expanded or shifted due to land use changes, deforestation, and global demand.

  1. Explain how technological advances in transport and/or telecommunications have facilitated changes
    Discuss how innovations like GPS forest mapping, remote sensing, and improved logistics have influenced timber and pulp/palm oil supply chains, enabling more efficient harvesting, monitoring, and global distribution.

  1. ⭐⭐Explain the role of governments and/or enterprises in the distribution of production and consumption
    What is the influence of WA’s Forest Management Plan and environmental regulations compared with Indonesia’s government policies and corporate practices (e.g. APRIL, Asia Pulp & Paper, palm oil conglomerates) in shaping production, sustainability, and export strategies?

  1. Discuss how people and places embrace, adapt to, and/or resist diffusion
    Discuss community responses: e.g. how WA communities and First Nations groups engage with sustainable forestry, and how Indonesian communities respond to plantation expansion, including resistance to land clearing and advocacy for indigenous land rights.

  1. Evaluate the social, economic and environmental implications of changes
    Assess the impacts of forestry and plantation changes on:

  • Social: employment, displacement, cultural heritage

  • Economic: export revenue, local economies, market volatility

  • Environmental: biodiversity loss, carbon emissions, land degradation, conservation efforts

Social Equity ( Evaluate, are the villages equal e.g each individuals experience, government land and inequality.)

prosperity (the opportunity for equality.

environmental stewardship (Caring for the environment, activists that protest e.g. peet activists.)

Rio Provence

EXAMPLES (Videos)

Case Study

  • Hundreds and thousands of Hectares are being converted into plantations

  • Riau Province in Indonesia is home to the world’s biggest paper plantation.

  • ‘We are doing it the responsible way in line with what the Indonesian government wants.”

  • Riau Province is home to the endangered Sumatran tiger.

  • ^ long regarded with awe, believed to be the guard and ancestors that guide them.

  • roamed the land for over 6,000 years, and now there are only around 400 that remain.

  • without the natural protection of the jungle = more easily targeted and poached.

  • Plantations often plant traps for the tigers; once trapped, they are sedated/killed.

  • Plantations in Riau Province are considered to be biological deserts.

  • Fastest and most intense destruction

  • “our goal is to finish the plantation as soon as we can and be 100% plantation fiber.”

  • 140,000 football fields in 1 year!

  • often use the label “100% plantation fibre = all of the trees must have been destructed to replant.

  • “patchwork of plantation where natural forests once stood.”

  • Greenwashing, convincing us that they are doing what is sustainable.

  • APRIL claims their is very different to the illegal logging and burning

  • “if we dont do it the way that were doing it it can be even worse”

  • Requirement (Legal requirement) to leave certain types of trees.

  • Local people are often willing to ruin their habitat for the right price.

    ^ bribes and doggy permit deals

  • wrongly exchanged permits

  • “Government officials have been jailed”

  • Peat reservoirs/domes/banks that contain thousands and potentially 10’s of thousands of years worth of carbon and if disturbed they will cause a greenhouse catastrophe.

    ^ when dry it releases considerable amounts of green house gas

  • Aprils plantations cannot thrive in the abiotic conditions so they have to digg canals to drain off the water.

  • Indonesia = worlds 3rd largest green house gas emitter. → coming from the convertion of forests.

  • APRIL are preserving the deepest peat dome that there is.

  • Current businesses are under threat due to APRILS ‘power’ and the government policies, despite having long-standing government papers and policies.

  • APRIL facilities tend to have high security.