Land Use and Management
Just
as with water, the arrival of Islam considerably altered land
ownership, and more crucially, land use. Islam legalised
individual ownership of the land in contrast to tribal
institutions which made the hima (the land which was kept
as a preserve, sacred territory, or land reserved for the
exclusive use of a tribe or a tribal chief) common to all
members of the tribe.[1]
By furthering concepts related to land reclamation and
distribution, Islam transformed the Arabs from nomadic people
into a civilisation of land owners.[2]
Although this Islamic conception of land ownership was connected
with the actual possession of the land, it did not preclude the
other concept that property is God’s to give, and so is the
land, and that people can use and exploit both.[3]
Individual ownership of the land was, however, neither absolute
nor unconditional, for Islam laid down some regulations, which
limited its absolute character.[4]
Since the concept of ownership was to encourage people to make
use of land, and since land was granted for both individual and
communal benefit, the right of ownership would cease to function
if the cultivation stopped.[5]
Accordingly, both the Prophet and Caliph Omar
(Caliph 634-644) took
back land which had been granted to some of the Companions who
were unable to exploit it. Omar took back from Bilal ibn
Al-Harith al-Muzni some of the land that the Prophet had granted
to him, saying:
‘God’s messenger has not granted you this land so that you
should merely prevent other people from holding it: he granted
it to you in order to work it. Take whatever you can cultivate,
and return the rest.’[6]
In
respect to conquered land, the same Caliph is also noted for his
attitude to land ownership and rights. Following the conquest of
The
Muslims, Durant notes, could have devastated or confiscated
everything, like the Mongols or the Magyars or the raiding
Norse; instead they merely taxed.[8]
Conquered lands, while forming a part of the public domain,
could not be acquired by those who had conquered them, and
continued to be occupied and tilled by their former proprietors.[9]
The
arrival of Islam altered the condition of the land in further
respects, which were amenable to better use and higher economic
returns. Following Muslim rule, Le Strange notes, lands of the
realm were measured, records were systematically kept, roads and
canals were multiplied or maintained, rivers were banked to
prevent floods;
As
will be expanded under another heading further on, the Islamic
legal corpus also gave great incentives to land improvement. One
such incentive was in exempting or taxing at only half the
normal rate lands planted with permanent crops which had not yet
begun to yield, which, no doubt encouraged investment in tree
crops, such as bananas, citrus, mangoes and coconut palms, which
ultimately yielded far higher returns than the traditional
crops.[15]
Security of ownership, the obligation to improve estates, and
the measures just seen, all gave the incentive to Muslim farmers
to innovate. One principal way this worked was by the
introduction of new crops (which will be elaborated upon further
on), which had a dramatic impact on land use. This was
accomplished by planting such new crops on hitherto dead lands.
Sorghum, for instance, though requiring moderate amounts of
water around and after planting time, produces best results in a
dry heat, whilst watermelons and eggplants can also give
satisfactory yields with very little water.[16]
Some of the crops were useful in pushing back the frontiers of
dry farming into areas which in earlier times had been
considered too hot, too arid, too infertile to be cultivated
regularly or at all, sorghum, once more, doing very well on
hard, sandy soils, inhospitable to other crops, even improved
the quality of such soils.[17]
Hard wheat, and watermelons could grow on sandy soils, whilst
sugar cane, coconut palms, colocasia and eggplants could be
grown on saline soils, and thus, they made it possible to expand
cultivation onto swampy lands along sea-coasts, the mouths of
rivers, into lands watered by brackish water, and into lands
that after centuries of cropping had become too salty for other
crops.[18]
Soil enrichment remained a central concern to Muslim farmers,
and this was accomplished through a variety of techniques and
methods. Soils were
enriched by varying methods of ploughing (normal and deep),
hoeing, digging and harrowing.[19]
Bresc states that farms of Norman Sicily
,
which were still probably in the hands of Muslim cultivators,
were ploughed four times before planting.[20]
Turning and breaking the soil were seen as partial substitutes
for both fallowing and fertilising, and on occasions preferable.
Throughout the Muslim world, fertilisers
of all sorts were also used and employed in accordance with much
advanced farming requirements.[21]
Animal dung was widely used, and so was vegetal matter of many
sorts, including sediment from olive oil, lees, straw, husks,
leaves, and mineral matter such as different kinds of oils,
chalk, marl, crushed bricks, etc.[22]
The geographer, Yaqut al-Hamawi (d.1229), for instance,
informs us that the town refuse of Basra
was systematically
brought as manure to the sugar cane.[23]
Watson remarks that the range of fertilisers used by Muslims was
much larger than in ancient traditions, and that the fact that
night soil was used was of great importance since it made
available very large supplies of a fertiliser not used in
European agriculture, and thus reduced or eliminated the need to
pasture animals on fields.[24]
It seems likely, Watson adds, that it is for this reason that
communal rights to graze on stubble did not develop in the
Islamic world, and hence the rigid village wide rotation of
medieval
The Muslim farmer also understood the requirements of these
crops better than his predecessors, identifying many different
kinds of soils, each suited to
particular kinds of plants, and differentiating them
further by taking into account the soil’s moisture and
temperature through the growing season.[29]
The Muslim farmer also had a more sophisticated understanding of
the effects of climate on plant growth, which took account not
only of rainfall and air temperature but also the effects of
various winds.[30]
Thus, the Muslim farmer was informed how barley could grow in
lands where wheat does not, and how it succeeds in soils that
are saline, fine, soft, loose, weak, seeping and perspiring; or
that the lime tree likes loose earth with a little salinity or
red, aerated earth.[31]
Soils were also protected from erosion, especially in the
delicate environments that formed the Islamic geographical
space.
Islamic farming treatises provided a significant amount of
knowledge in relation to land use, management, and soil
improvement. Ibn Wahshiya remarks that ‘the earth does not keep
form but changes over time,’ and changes in the quality of the
soil,’ he adds, ‘this could be effected by the cultivator.’[32]
He proposes many treatments for earths categorised as saline,
sweet, bitter, acid, foul, delicate, clayish, sharp, heavy, and
astringent, treatments, which often involved the addition of
various kinds of oils, appropriately chosen, as well as the
right kind of animal and green manures, correct watering, much
ploughing, and the choice of suitable crops in the early years
of cultivation.[33]
Ibn Bassal, in his book on farming, distinguishes between ten
classes of soil, each assigned with a different life sustaining
capability, according to the season of the year.[34]
He is insistent that fallow land be ploughed four times between
January and May and, in certain cases (for example, when cotton
is cropped in the thick soil of the Mediterranean
coast), he recommends as
many as ten ploughings.[35]
Ibn Bassal’s countrymen, Ibn al-Awwam did not neglect the
crucial issue in Islamic farming of soil salinity,[36]
whilst Al Ichbili’s Kitab
al-Filaha, explains the required soils for each crop, tasks
preceding planting, soil preparation, use of manure, ploughing
techniques, their frequency, soil preservation etc.[37]
Al-Maqrizi and Ibn Mammati, for their part, explain the forms,
manners and frequencies of ploughing in sugar cane farm-lands.[38]
Ibn Mammati says that land to be planted with summer crops
should be ploughed two or three times.[39]
Whilst some such techniques were possibly uneconomic, many,
however, permitted vast improvements to the soil quality, and
allowed a vaster use of dry land and expansion of Islamic
agriculture into lands hitherto uncultivated.[40]
Such was the care for soil, as for water, both understood by
early Islamic society as precious resources. Islamic farming,
Bolens insists, followed ‘the golden rule of ecology,’ and was
‘subject to laws of scrupulously careful ecology.’[41]
[1]
A. Abd Al-Kader: Land Property and Land Tenure in Islam;
The Islamic Quarterly; Vol 5 (1959), pp. 4-11; at
p. 1 and 11.
[2]
Ibid; 11.
[3]
Ibid.
[4]
Ibid.
[5]
Ibid.
[6]
Al-Amwal: p. 290; in A. Abd Al-Kader; p. 5.
[7]
Sir W. Muir: The
Caliphate (Smith and Elder and Co; London; 1883),
p. 170.
[8]
Will Durant: The Age of Faith, op cit; p.227.
[9]
S.P. Scott: History; op cit; Vol 1; p.130.
[10]
G. Le Strange:
[11]
A. Abd Al-Kader: Land Property; op cit; p. 6.
[12]
Ibid.
[13]
Ibid; p. 11.
[14]
Al-Umm; iii; p. 271. in A. Abd Al-Kader; op cit; p. 7.
[15]
A.M. Watson: Agricultural; op cit; p. 28.
[16]
A.M. Watson: A Medieval Green Revolution; Op cit; p. 41.
[17]
Ibid.
[18]
Ibid.
[19]
A..M. Watson: Agricultural, op cit, chapter 23.
[20]
H. Bresc: Les Jardins; op cit; p.69.
[21]
T. Glick: Islamic, op cit, p. 75.
[22]
See L. Bolens: Engrais et protection de la fertilite
dans l’agronomie Hispano-Arabe au XI-XIIem siecles;
Etudes Rurales; XLVI (1972), pp. 34-60.
[23]
Yaqut al-Hamawi: Dictionaire de la Perse; ed.
Barbier de Maynard (Paris; 1881), p. 294.
[24]
A.M. Watson: A Medieval Green Revolution; op cit; Note
36; p. 54.
[25]
Ibid.
[26]
A. Watson: Agricultural; op cit; Note 29; p. 203.
[27]
Ibid.
[28]
A.M. Watson: A Medieval Green Revolution; op cit;
pp.42-3.
[29]
Ibid.
[30]
Ibid.
[31]
Ibn Wahshiya: Al-Filaha al-nabatiya (Dar
al-Kutub;
[32]
Ibid; p. 128.
[33]
Ibid; pp. 127 fwd.
[34]
In Millas Vallicrosa, ‘Sobre la obra de agricultura de
Ibn Bassal,' in Nuevos estudios sobre historia de la
ciencia espanola (Barcelona: Consejo Superior de
Investigaciones Cientificas, 1960), pp 139-40.
[35]
Ibid.
[36]
Here from the Spanish translation in 1802 in two volumes
was the work of Don Josef Antoine Banqueri, 1; 69 fwd;
and ii; p. 5.
[37]
In A Cherbonneau:
Kitab al-Filaha
of Al-Ichbili, op cit.
[38]Al-Maqrizi;
Khitat 1; pp.182-3, and Ibn Mammati. P. 266 In A.
Watson: Agricultural; op cit; note 26; p. 203.
[39]
Ibn Mammati, 245-6 in A. Watson: Agricultural; op
cit; note 26; p. 203.
[40]
A.M. Watson: A Medieval Green Revolution; op cit; p. 41.
[41]
L. Bolens: Agriculture, in Encyclopaedia (Selin
ed), op cit, p. 22. |