Exploring Legacy Soil Phosphorus Management Strategies for Sustainable Nutrient Management

The article explores issues and management options for better utilization of legacy soil P as a valuable and largely accessible source of Legacy Phosphorus. It also discusses the complexity and uncertainty of managing stakeholders in construction projects and the need for effective management to accommodate conflicting interests. Additionally, the paper highlights the importance of implementing bio-economies with sustainability and managing them in the short and long-term for essential production and consumption transitions to reduce fossil GHG emissions. Finally, it discusses the need for supply chain decision-makers to assess the impact of their decisions on financial, environmental, and social performance and the estimation of the area zoned for irrigating cultivated areas using agricultural water management.

Assessment 1 Part A:
Draft Submission
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Section 1:
Search Terms
Section 2:
Reference in Harvard
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Comment (One or two sentences about each
important point)
Classification 1
Definition? (Y/N)
Classification 2
Classification 3
Rowe, H., Withers,
P.J., Baas, P., Chan,
N.I., Doody, D.,
Holiman, J., Jacobs,
B., Li, H., MacDonald,
G.K., McDowell, R.
and Sharpley, A.N.,
2016. Integrating
legacy soil
phosphorus into
sustainable nutrient
management
strategies for future
food, bioenergy and
water security.
Nutrient cycling in
agroecosystems,
104(3), pp.393-412.
The issues as well as the management options for
the for better utilisation of the legacy soil P is
explored in this article and the basic conclusion
drawn here is that this represents a valuable as
well as a largely accessible source of Legacy
Phosporus.
Mok, K.Y., Shen, G.Q.
and Yang, J., 2015.
Stakeholder
management studies
in mega construction
projects: A review
and future directions.
International Journal
of Project
Management,
33(2),
pp.446-457.
The complexity as well as the uncertainty of the
havoc construction projects need effective
management of stakeholders for accommodating
the conflicting interest of the stakeholders

Ingrao, C., Bacenetti,
J., Bezama, A., Blok,
V., Geldermann, J.,
Goglio, P., Koukios,
E.G., Lindner, M.,
Nemecek, T.,
Siracusa, V. and
Zabaniotou, A., 2016.
Agricultural and
forest biomass for
food, materials and
energy: bio-economy
as the cornerstone to
cleaner production
and more sustainable
consumption
patterns for
accelerating the
transition towards
equitable,
sustainable, post
fossil-carbon
societies.
Journal of
Cleaner Production,
117, pp.4-6.
bio-economies should be implemented with
sustainability and managed in the short as well as
long-term for ensuring the
essential production as well as consumption
transitions to reduce fossil
GHG emissions, parallely boosting innovation to
increase productivity as well as profitability.
Silvestre, B., 2016.
Sustainable supply
chain management:
current debate and
future directions.
Gestão & Produção,
23(2), pp.235-249.
Supply chain decision makers need to
assess the effect of their decisions on the
financial, environmental as well as social
performances of
Supply chains. This research article also argues
that risks as well as opportunities are key drivers
for supply chain drivers for adapting
sustainability within the operations, and that
barriers to sustainability adoption still exist.
Valipour, M., 2015.
Future of agricultural
water management
in Africa.
Archives of
Agronomy and Soil
Science,
61(7),
pp.907-927.
The aim of this paper is the estimation of the area
zoned for irrigating cultivated area with the usage
of agricultural water management since 1962 to
2011.
Section 3:
Introduction paragraph
Sustainable development requires that the aim of living and working enables that these should
lead people to enjoy a fulfilling as well as economically secure life. However, this should not

endanger the future welfare of the earth. This topic also encompasses that structural as well as
behavioural transformation is required in almost all spheres of life in order to resolve the most
pressing problems of the world. From the technological point of view, technological decisions
should come with underpinning the values that might make technology a resolute and resilient
future sustainable solution.