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in the interiorofForestReservesareunlikely tosee thischange inboundary,andas
a consequence their permitted land titles are unlikely to change.
The panel dataset for this study is thus divided into two types of villages: The
firstgroupofvillages isagroupof257villages thathas âambiguouspropertyrightsâ
over the duration of the study period, caused in large part by changing forest
legislation and by changing forest reserve boundaries. These villages witnessed
frequentchangesandhadambiguouspropertyrightsorAPRvillagesandconstitute
38%of the study sample.The secondgroupconsists ofvillages that claim tohave
no secure rights consistently and are likely to be located deep inside Forest
Reserves, where changing Forest boundaries create no ambiguity. The latter
groupof villages are called âno secure property rightsâvillagesNPRvillages.
Twoother features of the survey are that (i) villageheadmenprovide responses
to questions and, (ii) the biennially conducted survey records modal values of
variables.Data are collectedvia questions such as: âWhat is themodeof transport
most (popularly)usedbyhouseholds in thevillage?âor, âWhat is themethodofsale
formosthouseholds?ââWhat is themostpopularlygrownshort run (longrun)crop
this year?â For crops other than paddy rice, crop area, the number of households
growingthecropandotherattributesarerecordedonlyfor theshort-runor long-run
crop that is âmost popularâ. Thismeans no crop is tracked for all years, other than
paddy rice, unless that crop is âpopularâ every year.19 Furthermore, crops are
tracked in groups i.e. âshort run cropsâ or âlong run cropsâ. Other challengeswith
thedata includingabsenceofpricedataandagriculturalpracticesarediscussedand
addressedinPuri(2006).Maincharacteristicsaboutvillagesincludedinthisdataset
are presented inTables 8.4 and8.5.
8.4 Characteristics ofDataandHypothesizedEffects
In this section I discuss the hypothesized effects that different village level attri-
butes are expected tohaveon twomain agricultural variables: on agricultural area
within a village andonaverage intensity of cultivationwithin a village.
The intensityof cultivationvariable requires abrief discussion.Boserup (1965)
in her classic expositionof factors governing agricultural expansion indeveloping
countries, especially inAsia, definedagricultural intensificationas â. . .thegradual
change towardspatternsof landusewhichmake it possible tocropagivenareaof
land more frequently than before.â (pp. 43). In this definition she thus departed
from the definition of intensification that measured increased use of inputs per
hectare of cropped area. In this study, I use this Boserupmeasure to understand
intensityofcultivation: Intensityofcultivation ismeasuredbyavariable that is the
response to the question âWhat percentage of agricultural land is being used ( for
19Village headmen are also asked questions about âthe secondmost important short (long) run
cropâ and the âthirdmost important short (long) run cropâ.Data on these is scarcer.
8 UsingMixedMethods toAssessTrade-OffsBetweenAgriculturalDecisions. . . 139
Evaluating Climate Change Action for Sustainable Development
- Title
- Evaluating Climate Change Action for Sustainable Development
- Authors
- Juha I. Uitto
- Jyotsna Puri
- Rob D. van den Berg
- Publisher
- Springer Open
- Date
- 2017
- Language
- German
- License
- CC BY-NC 3.0
- ISBN
- 978-3-319-43702-6
- Size
- 15.5 x 24.1 cm
- Pages
- 365
- Keywords
- Climate Change, Sustainable Development, Climate Change/ Climate Change Impacts, Environmental Management
- Categories
- Naturwissenschaften Umwelt und Klima